CN114547578B - Real-name management method for construction site personnel of large-scale construction site - Google Patents

Real-name management method for construction site personnel of large-scale construction site Download PDF

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CN114547578B
CN114547578B CN202210184183.1A CN202210184183A CN114547578B CN 114547578 B CN114547578 B CN 114547578B CN 202210184183 A CN202210184183 A CN 202210184183A CN 114547578 B CN114547578 B CN 114547578B
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CN114547578A (en
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张书燕
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Jiangsu Fengyang Construction Engineering Co ltd
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Abstract

The invention provides a real-name management method for construction site personnel in a large-scale construction site, which comprises the following steps: s1: acquiring real-name system information of all personnel passing through a construction site entrance and exit checkpoint; s2: performing authority verification based on the real-name system information, and determining whether to release corresponding personnel based on a verification result; s3: updating a real-name system information base of the field personnel in real time based on the verification result and the real-name system information; s4: acquiring all personnel images in the construction site in real time, and identifying the personnel images to acquire a corresponding site personnel real-name system information set; s5: comparing the field real-name system information set with the field personnel real-name system information base, and transmitting the comparison result to a main monitoring end; the method is used for strengthening the standardized management of construction enterprises on workers, so that the information of construction site personnel is transparent, the construction safety and personnel safety of a construction site are guaranteed, and the accidental risks of large-scale construction sites are effectively reduced.

Description

Real-name management method for construction site personnel of large-scale construction site
Technical Field
The invention relates to the technical field of information management, in particular to a real-name management method for construction site personnel in a large-scale construction site.
Background
At present, the real-name system of building site workers strengthens the standardized management of building construction enterprises to workers, so that the information of the construction site workers is transparent, the construction safety and the personnel safety of a construction site are guaranteed, the accidental risks of the large-scale building site are effectively reduced, and the significance is profound.
However, in the specific implementation process, many enterprises still have the situations of non-standard execution strength, non-in-place management and the like. Wherein, each procedure before the entering construction of the worker is an important link in the construction safety guarantee, and the key of the self-informing constructor entering situation to the project department when any person goes out of the construction site is as follows: site closed management-the process is not handled as required and the construction site can not be entered. The purpose of real-name management work is to monitor the identity of an entering person to be legal and effective, so that the key for helping enterprises to strengthen the safety management of the workers on the construction site is to realize the information transparentization of the workers on the construction site and the personnel entering and exiting the construction site and further realize the real-time management and supervision of the workers on the construction site and the personnel entering and exiting the construction site.
Therefore, the invention provides a real-name management method for construction site personnel on a large-scale construction site.
Disclosure of Invention
The invention provides a real-name management method for personnel on a construction site of a large-scale construction site, which is used for strengthening the standardized management of construction enterprises on workers, enabling the information of the personnel on the construction site to be transparent, simultaneously ensuring the construction safety and personnel safety of the construction site and practically and effectively reducing the accidental risk of the large-scale construction site.
Preferably, the invention provides a real-name management method for personnel on a construction site of a large-scale construction site, which comprises the following steps:
s1: acquiring real-name system information of all personnel passing through a construction site entrance and exit checkpoint;
s2: performing authority verification based on the real-name system information to obtain a verification result, and determining whether to release the corresponding personnel based on the verification result;
s3: updating a real-name system information base of the field personnel in real time based on the verification result and the real-name system information;
s4: acquiring all personnel images in the construction site in real time, identifying the personnel images to acquire corresponding site personnel real-name system information, and acquiring a corresponding site personnel real-name system information set;
s5: and comparing the field real-name system information set with the field personnel real-name system information base to obtain a comparison result, and transmitting the comparison result to a main monitoring end.
Preferably, the method for managing the actual name of the staff on the construction site of the large-scale construction site comprises the following steps: the method comprises the following steps of collecting real-name system information of all personnel passing through a construction site entrance and exit checkpoint, including:
s101: based on a certificate information reader of each entrance and exit gate arranged in the construction site, reading effective certificates provided by personnel passing through the corresponding entrance and exit gate to obtain corresponding effective certificate information, and simultaneously recording reading time;
s102: and screening the effective certificate information and integrating the effective certificate information with the reading time to obtain real-name system information of corresponding personnel.
Preferably, the method for managing the real-name of the staff at the construction site of the large-scale construction site includes the following steps: and after screening the effective certificate information, integrating the effective certificate information with the reading time to obtain real-name system information of corresponding personnel, wherein the method comprises the following steps:
s1021: screening the effective certificate information based on the information category contained in the preset real-name information to obtain sub real-name information corresponding to the information category;
s1022: inputting the sub real-name system information into a real-name system information table based on the information category;
s1023: and reordering each piece of real name information in the real name information table based on the reading time to obtain the real name information of the corresponding personnel.
Preferably, the method for real-name management of the personnel on the construction site of the large-scale construction site comprises the following steps of S2: performing authority verification based on the real-name system information to obtain a verification result, and determining whether to release the corresponding personnel based on the verification result, wherein the method comprises the following steps:
acquiring a face image corresponding to a person providing an effective certificate based on a camera arranged on a corresponding certificate information reader;
judging whether the face image is matched with a real-name system face image in the real-name system information;
if yes, judging whether fixed personnel real-name system information consistent with the real-name system information exists in a fixed personnel real-name system information base or not;
if yes, judging that the corresponding personnel passes the verification as a corresponding verification result, and controlling the corresponding entrance and exit gate card to open and release the corresponding personnel;
otherwise, generating a corresponding authority verification instruction based on the real-name information of the corresponding personnel, sending the authority verification instruction to the main monitoring terminal, and receiving a corresponding authority feedback instruction input from the main monitoring terminal;
determining whether the corresponding personnel pass the verification or not based on the authority feedback instruction, and simultaneously determining whether the corresponding personnel are released or not;
and when the face image is not matched with the real-name face image in the real-name information, judging that the corresponding person is not verified to pass as a corresponding verification result, controlling the corresponding entrance/exit gate card to be kept closed and not releasing the corresponding person, and transmitting the corresponding real-name information to a dangerous person information base of the main monitoring terminal.
Preferably, the method for managing the real-name of the staff at the construction site of the large-scale construction site determines whether the corresponding staff passes the verification based on the authority feedback instruction, and determines whether the corresponding staff is released, includes:
when the authority feedback instruction is released, judging that the corresponding personnel passes the verification as a corresponding verification result, and controlling the corresponding entrance/exit gate card to open and release the corresponding personnel;
and when the authority feedback instruction is not released, judging that the corresponding personnel are not verified to pass as a corresponding verification result, controlling the corresponding entrance and exit gate card to be kept closed and not releasing the corresponding personnel, and transmitting the corresponding real-name information and the corresponding face image to a dangerous person information base of the main monitoring end.
Preferably, the method for managing the actual name of the staff at the construction site of the large-scale construction site comprises the following steps: updating a field personnel real-name system information base in real time based on the verification result and the real-name system information, and the method comprises the following steps:
when the verification result is that the corresponding person is verified, identifying and comparing the videos in the preset period of the corresponding entrance and exit gate based on the cameras arranged in the corresponding entrance and exit gate to obtain a tracking result;
judging whether the corresponding personnel completes one complete passing action or not based on the tracking result;
if yes, deleting the real-name information of the corresponding personnel in the real-name information base of the field personnel to obtain a new real-name information base of the field personnel;
otherwise, the current real-name system information base of the field personnel is reserved;
when the verification result is that the corresponding person is not verified, reading an authority request of the corresponding person based on a camera arranged at the corresponding entrance and exit;
and performing corresponding operation on the current real-name system information base of the field personnel based on the permission request.
Preferably, the method for managing real-name system of construction site personnel in large-scale construction site performs corresponding operation on the current real-name system information base of site personnel based on the permission request, and includes:
when the permission request is to enter the site, the current site personnel real-name system information base is reserved;
when the permission request is leaving the site, a current site personnel real-name system information base is reserved, meanwhile, the moving track of the corresponding personnel in the construction site is tracked, a corresponding first danger track is obtained, and a corresponding first alarm instruction is generated based on the real-name system information of the corresponding personnel and the first danger track;
and transmitting the first alarm instruction to the main monitoring end.
Preferably, the method for managing the actual name of the staff at the construction site of the large-scale construction site comprises the following steps: acquiring all personnel images in the construction site in real time, identifying the personnel images to acquire corresponding site personnel real-name system information, and acquiring a corresponding site personnel real-name system information set, wherein the method comprises the following steps:
acquiring all personnel images in a corresponding camera shooting range based on all cameras arranged in the construction site, and acquiring a corresponding real-time personnel image set;
processing the real-time personnel images in the real-time personnel image set to obtain a corresponding real-time human face image set;
acquiring all first real-name information recorded in the on-site personnel real-name information base and all second real-name information recorded in the dangerous person information base;
acquiring a corresponding full recording information base based on all the first real-name system information and all the second real-name system information;
judging whether a real-name facial image matched with the real-time facial image in the real-time facial image set exists in the full recording information base or not;
if yes, calling out corresponding real-name system information from the full recording information base based on a matching result to serve as corresponding site personnel real-name system information;
otherwise, carrying out special marking on the corresponding real-time face image to obtain a marking result;
taking the marking result as corresponding real-name system information of the field personnel;
and integrating all the on-site personnel real-name system information to obtain a corresponding on-site personnel real-name system information set.
Preferably, the method for real-time person name management in a construction site of a large-scale construction site, which processes real-time person images in the real-time person image set to obtain a corresponding real-time face image set, includes:
carrying out self-adaptive enhancement after carrying out denoising processing on the personnel image to obtain a corresponding personnel enhanced image;
performing sliding sampling on the personnel enhanced image based on a multi-scale sliding window to obtain an image gradient direction histogram characteristic and a gradient direction spatial distribution characteristic;
obtaining corresponding personnel characteristics based on the image gradient direction histogram characteristics and the gradient direction spatial distribution characteristics;
acquiring a personnel feature set based on personnel features corresponding to all real-time personnel images;
performing duplicate removal processing on the personnel feature set, and acquiring a corresponding duplicate removal personnel image based on the personnel features reserved after the duplicate removal processing;
and extracting corresponding face images from the duplicate removal person images, and acquiring a corresponding real-time face image set based on the face images corresponding to all the duplicate removal person images.
Preferably, the method for managing the actual name of the staff at the construction site of the large-scale construction site comprises the following steps: comparing the field real-name system information set with the field personnel real-name system information base to obtain a comparison result, and transmitting the comparison result to a main monitoring end, wherein the method comprises the following steps:
judging whether specially marked on-site real-name system information exists in the on-site real-name system information set or not;
if so, tracking the personnel image corresponding to the corresponding marking result to obtain a corresponding second danger track;
generating a corresponding second alarm instruction based on the marking result and the second danger track;
transmitting the second alarm instruction to the main monitoring end;
otherwise, judging whether the site real-name system information in the site real-name system information set is completely consistent with the real-name system information in the site personnel real-name system information base or not;
if so, generating a corresponding safety instruction, and transmitting the safety instruction to the main monitoring end;
otherwise, determining the difference information between the field real-name system information set and the field personnel real-name system information base;
when the difference information belongs to the field real-name system information set, retrieving a corresponding dangerous person image from the real-time person image set based on the difference information in the field real-name system information set;
tracking the dangerous person image to obtain a corresponding third dangerous track;
generating a corresponding third alarm instruction based on the difference information in the field real-name system information set and the third danger track;
transmitting the third alarm instruction to the main monitoring end;
when the difference information belongs to the field personnel real-name system information base, deleting the real-name system information in the field personnel real-name system information base based on the difference information to obtain a new field personnel real-name system information base;
establishing a communication link between the site personnel real-name system information base and the social security office roster;
and updating the newly determined real-name system information base of the field personnel to the social security service roster based on the communication link.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
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 method for real-name management of construction site personnel at a large-scale construction site according to an embodiment of the invention;
FIG. 2 is a flow chart of a method for real-name management of job site personnel at a large-scale construction site according to another embodiment of the present invention;
fig. 3 is a flowchart of a job site personnel real-name management method for a large-scale construction site according to another embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
Example 1:
the invention provides a real-name management method for construction site personnel in a large-scale construction site, which comprises the following steps with reference to a figure 1:
s1: acquiring real-name system information of all personnel passing through a construction site entrance and exit checkpoint;
s2: performing authority verification based on the real-name system information to obtain a verification result, and determining whether to release the corresponding personnel based on the verification result;
s3: updating a real-name system information base of the field personnel in real time based on the verification result and the real-name system information;
s4: acquiring all personnel images in the construction site in real time, identifying the personnel images to acquire corresponding site personnel real-name system information, and acquiring a corresponding site personnel real-name system information set;
s5: and comparing the field real-name system information set with the field personnel real-name system information base to obtain a comparison result, and transmitting the comparison result to a main monitoring end.
In this embodiment, the real-name system information includes the name, the identification card number, the real-name system face image, and other information included in the identification card of the corresponding person.
In this embodiment, the verification result is a result obtained by performing the authority verification based on the real-name system information.
In this embodiment, the on-site personnel real-name system information base is the real-name system information obtained by reading the entrance and exit gate checkpoint set in the statistical construction site, all the real-name system information of the personnel in the construction site,
in this embodiment, the person image is a human body image in the construction site.
In this embodiment, the real-name system information of the field personnel is the real-name system information of the personnel corresponding to the personnel image.
In this embodiment, the field personnel real-name system information set is real-name system information of all personnel currently in the construction site, which is read based on a camera arranged inside the construction site.
In this embodiment, the comparison result is obtained by comparing the field real-name system information set with the field personnel real-name system information base.
In this embodiment, the main monitoring terminal is a terminal for remotely monitoring the real-name implementation management condition of the staff in the construction site.
The beneficial effects of the above technology are: by comparing the construction site personnel real-name system information read by the access gate checkpoint with the construction site personnel real-name system information read by the construction site camera, strict management of the access gate checkpoint is not realized, and based on real-time monitoring of personnel in the construction site, the condition of careless management of personnel entering the construction site in other modes is avoided, the standardized management of construction enterprises on workers is enhanced, the information of the personnel in the construction site is more transparent, the construction safety and personnel safety of the construction site are guaranteed, and the accident risk of a large-scale construction site is effectively reduced.
Example 2:
on the basis of the embodiment 1, the real-name management method for the construction site personnel in the large-scale construction site comprises the following steps: collecting real-name system information of all personnel passing through a construction site entrance and exit checkpoint, referring to fig. 2, including:
s101: based on a certificate information reader of each entrance and exit gate arranged in the construction site, reading effective certificates provided by personnel passing through the corresponding entrance and exit gate to obtain corresponding effective certificate information, and simultaneously recording reading time;
s102: and screening the effective certificate information and integrating the effective certificate information with the reading time to obtain real-name system information of corresponding personnel.
In this embodiment, the credential information reader is an information reader for reading information on a valid credential.
In this embodiment, the valid document includes, for example, an identification card, a work document, and the like.
In this embodiment, the valid certificate information is information read from a valid certificate by the certificate information reader.
In this embodiment, the reading time is the time corresponding to the successful reading of the corresponding valid certificate by the certificate information reader.
The beneficial effects of the above technology are: the certificate information reader arranged at the entrance and exit gate of the construction site can read information in the valid certificates provided by each person passing through the corresponding entrance and exit gate, screen the read information, integrate the information with corresponding reading time, complete reading of the valid certificate information, record the reading time, and provide important basis for subsequent authority verification and information recording of the corresponding person.
Example 3:
on the basis of the embodiment 2, the method for real-name management of the staff in the construction site of the large-scale construction site comprises the following steps of S102: the effective certificate information is screened and then integrated with the reading time to obtain real-name system information of corresponding personnel, and referring to fig. 3, the method includes:
s1021: screening the effective certificate information based on the information category contained in the preset real-name information to obtain sub real-name information corresponding to the information category;
s1022: inputting the sub real-name system information into a real-name system information table based on the information category;
s1023: and reordering each piece of real name information in the real name information table based on the reading time to obtain the real name information of the corresponding personnel.
In this embodiment, the preset real-name system information is a preset real-name system information sample (specifically, determined according to the information type of the real-name system information to be registered).
In this embodiment, the information categories are, for example: name, identification card number, gender, home address, etc.
In this embodiment, the sub-real-name information is a single piece of real-name information obtained by screening valid certificate information, for example: the name of the corresponding person is Zhang III.
In this embodiment, the real-name information table is an empty table for storing real-name information.
The beneficial effects of the above technology are: the effective certificate information is screened based on the information category needing to be registered, which is actually required to be determined, then the effective certificate information is imported into the real-name system information table, and then the effective certificate information is sequenced based on the reading time, so that the input of the real-name system information is completed, and the obtained real-name system information is more visual and concise.
Example 4:
on the basis of the embodiment 1, the real-name management method for the construction site personnel in the large-scale construction site comprises the following steps: performing authority verification based on the real-name system information to obtain a verification result, and determining whether to release the corresponding personnel based on the verification result, wherein the method comprises the following steps:
acquiring a face image corresponding to a person providing a valid certificate based on a camera arranged on a corresponding certificate information reader;
judging whether the face image is matched with a real-name system face image in the real-name system information;
if yes, judging whether fixed personnel real-name system information consistent with the real-name system information exists in a fixed personnel real-name system information base or not;
if yes, judging that the corresponding personnel passes the verification as a corresponding verification result, and controlling the corresponding entrance and exit gate card to open and release the corresponding personnel;
otherwise, generating a corresponding authority verification instruction based on the real-name information of the corresponding personnel, sending the authority verification instruction to the main monitoring terminal, and receiving a corresponding authority feedback instruction input from the main monitoring terminal;
determining whether the corresponding personnel pass the verification or not based on the authority feedback instruction, and simultaneously determining whether the corresponding personnel are released or not;
and when the face image is not matched with the real-name face image in the real-name information, judging that the corresponding person is not verified to pass as a corresponding verification result, controlling the corresponding entrance/exit gate card to be kept closed and not releasing the corresponding person, and transmitting the corresponding real-name information to a dangerous person information base of the main monitoring terminal.
In this embodiment, the real-name face image is a face image included in the real-name information.
In this embodiment, determining whether the face image matches the real-name system face image in the real-name system information includes:
unifying the face image and the real-name face image in the same coordinate system to obtain a corresponding standard face image and a corresponding standard real-name image;
performing Blob region division on the standard face image to obtain a corresponding first subregion, and simultaneously performing Blob region division on the standard real-name face image to obtain a corresponding second subregion;
determining a first area center point corresponding to the first sub-area, and simultaneously determining a second area center point corresponding to the second sub-area;
determining a first visual data range (a brightness range and a chroma range) corresponding to the first sub-area and a second visual range (a brightness range and a chroma range) corresponding to the second sub-area;
taking a second sub-area corresponding to a second visual range corresponding to the first sub-area and having the smallest difference value of the first visual range as a second sub-area associated with the first sub-area, and simultaneously taking a first sub-area corresponding to a first visual data range corresponding to the second sub-area and having the smallest difference value of the second visual range as a first sub-area associated with the second sub-area;
and (3) taking an optional point in the coordinate system as a reference point, and calculating the matching degree between the corresponding face image and the corresponding real-name face image based on the coordinate values of the center point of the first area, the coordinate values of the center point of the second area and the coordinate values of the reference point:
Figure BDA0003518186580000111
Figure BDA0003518186580000121
Figure BDA0003518186580000122
in the formula, alpha 1 A first matching degree between the corresponding face image and the corresponding real-name face image, n is the total number of the first subareas contained in the standard face image, i is the ith first subarea contained in the standard face image, and x i1 Is the ithAn abscissa value, y, of the center point of the first region corresponding to a sub-region i1 Is the longitudinal coordinate value, x, of the center point of the first region corresponding to the ith first subregion 0 Is an abscissa value of the reference point, y 0 Is a longitudinal coordinate value of a reference point, x i2 Is an abscissa value, y, of the center point of the second area corresponding to the second sub-area associated with the ith first sub-area i2 Is a longitudinal coordinate value, alpha, of a center point of a second area corresponding to a second sub-area associated with the ith first sub-area 2 Is a second matching degree between the corresponding face image and the corresponding real-name face image, j is a jth second subregion contained in the standard real-name face image, m is the total number of the second subregions contained in the standard real-name face image, and x j1 Is the abscissa value, y, of the center point of the first region of the first sub-region associated with the jth second sub-region j1 Is the ordinate value, x, of the first region center point of the first subregion associated with the jth second subregion j2 Is an abscissa value, y, of the center point of the second region of the jth second sub-region j2 The longitudinal coordinate value of the center point of the second area of the jth second subregion, and alpha is the matching degree between the corresponding face image and the corresponding real-name face image;
for example, the standard face image includes two first sub-regions, the real-name face image includes three second sub-regions, a first second sub-region associated with the first sub-region, a second sub-region associated with the second sub-region, and a first sub-region associated with the third first sub-region, and the first sub-region corresponding to the first sub-region has a first region center point of (3,4), the second first sub-region corresponding to the first sub-region has a first region center point of (4,4), the first second sub-region corresponding to the second sub-region has a second region center point of (1,4), the second sub-region corresponding to the second sub-region has a second region center point of (2,4), the third second sub-region corresponding to the second sub-region has a second region center point of (1,7), and the reference point is (0,0), then α is obtained by comparing the first sub-region with the second sub-region center point obtained by comparing the method, and the method 1 Is 0.38, alpha 2 Is 0.39 and alpha is 0.385.
In this embodiment, the fixed person real-name system information base is an information base containing pre-stored real-name system information that can be directly given to a person who passes the right without being subjected to right verification by the main monitoring terminal.
In the embodiment, the real-name system information of the fixed personnel is the pre-stored real-name system information which can be directly endowed to the personnel passing the authority without the authority verification of the main monitoring terminal.
In this embodiment, the permission verification instruction is an instruction for requesting verification of the passing permission of the corresponding person, which is generated based on the real-name information of the corresponding person.
In this embodiment, the permission feedback instruction is a feedback instruction indicating whether the corresponding person is allowed to pass through the entrance/exit checkpoint or not, which is input from the main monitoring terminal and fed back in response to the permission verification instruction.
In this embodiment, the dangerous person information base is an information base for storing real-name information of persons who have not passed the authority verification and real-name information of persons who have appeared in the construction site without passing the authority verification step.
The beneficial effects of the above technology are: and double authority verification is carried out on corresponding personnel based on the read real-name system information, so that the authority verification result of the entrance and exit of the construction site is more rigorous and humanized.
Example 5:
on the basis of embodiment 4, the method for real-name management of staff at a construction site of a large-scale building site determines whether corresponding staff passes verification based on the authority feedback instruction, and determines whether corresponding staff is released, including:
when the authority feedback instruction is released, judging that the corresponding personnel passes the verification as a corresponding verification result, and controlling the corresponding entrance/exit gate card to open and release the corresponding personnel;
and when the authority feedback instruction is not released, judging that the corresponding personnel are not verified to pass as a corresponding verification result, controlling the corresponding entrance and exit gate card to be kept closed and not releasing the corresponding personnel, and transmitting the corresponding real-name information and the corresponding face image to a dangerous person information base of the main monitoring end.
The beneficial effects of the above technology are: when the real-name system information is subjected to permission verification for the first time and is not passed, a corresponding permission verification instruction can be generated based on the corresponding real-name system information, whether the corresponding personnel are released or not is determined based on a permission feedback instruction input from the main monitoring end, and the storage position of the real-name system information of the corresponding personnel is determined, so that the traditional entrance and exit permission verification mechanism of the crash is improved, and the humanization and the safety of the entrance and exit verification mechanism are improved.
Example 6:
on the basis of the embodiment 1, the real-name management method for the construction site personnel in the large-scale construction site comprises the following steps: updating a field personnel real-name system information base in real time based on the verification result and the real-name system information, and the method comprises the following steps:
when the verification result is that the corresponding person is verified, identifying and comparing the videos in the preset period of the corresponding entrance and exit gate based on the cameras arranged in the corresponding entrance and exit gate to obtain a tracking result;
judging whether the corresponding personnel completes one complete passing action or not based on the tracking result;
if yes, deleting the real-name system information of the corresponding personnel in the real-name system information base of the field personnel to obtain a new real-name system information base of the field personnel;
otherwise, the current real-name system information base of the field personnel is reserved;
when the verification result is that the corresponding person is not verified, reading an authority request of the corresponding person based on a camera arranged at the corresponding entrance and exit;
and performing corresponding operation on the current real-name system information base of the field personnel based on the permission request.
In this embodiment, the tracking result is a result obtained after performing frame-by-frame identification and comparison on videos in a preset period of the corresponding entrance/exit gate based on the camera set in the corresponding entrance/exit gate when the verification result is that the corresponding person is determined to pass the verification.
In this embodiment, identifying and comparing the video frames of the corresponding gateway level within the preset period based on the camera arranged at the corresponding gateway level on a frame-by-frame basis includes: identifying the video in the preset period to determine a personnel image area of a corresponding personnel in each frame of video, determining a corresponding personnel movement track based on the track of the personnel image area in the video, and taking the personnel movement track as a corresponding tracking result.
In this embodiment, whether the corresponding person completes one complete passing action is determined based on the tracking result, that is, whether the movement trajectory of the person in the tracking result passes through the entrance/exit gate is determined, if yes, it is determined that the corresponding person completes one complete passing action, and if not, it is determined that the corresponding person does not complete one complete passing action.
In this embodiment, the permission request for reading out the corresponding person based on the camera set at the corresponding entrance is as follows: and judging whether the corresponding personnel is in the construction site or outside the construction site based on the video within a certain time acquired by the corresponding camera, wherein if the corresponding personnel is in the construction site, the permission request is to leave the site, and if the corresponding personnel is outside the construction site, the permission request is to enter the site.
In this embodiment, the authority request is whether the corresponding person wants to leave the construction site or enter the construction site.
The beneficial effects of the above technology are: the method comprises the steps of comprehensively analyzing the quota verification result of the corresponding personnel and the identification judgment result of the video corresponding to the entrance and exit level, further determining whether the corresponding personnel are allowed to pass, determining the storage position of the real-name information of the corresponding personnel, enabling the authority verification result of the entrance and exit level to be more accurate, achieving classification storage of the real-name information of the corresponding personnel through purpose prediction of the corresponding personnel, and ensuring accuracy and orderliness of real-name information management.
Example 7:
on the basis of embodiment 6, the method for managing real-name system of construction site personnel in large-scale construction site performs corresponding operation on the current real-name system information base of site personnel based on the permission request, and includes:
when the permission request is to enter the site, the current site personnel real-name system information base is reserved;
when the permission request is leaving the site, a current site personnel real-name system information base is reserved, meanwhile, the moving track of the corresponding personnel in the construction site is tracked, a corresponding first danger track is obtained, and a corresponding first alarm instruction is generated based on the real-name system information of the corresponding personnel and the first danger track;
and transmitting the first alarm instruction to the main monitoring end.
In this embodiment, the first danger track is a movement track of the corresponding person in the construction site, which is obtained after tracking the movement track of the corresponding person in the construction site when the permission request is leaving the construction site.
In this embodiment, the first alarm instruction is an alarm instruction for prompting that a dangerous person exists in the construction site at the main monitoring terminal, and the dangerous person wants to leave the construction site and be intercepted.
The beneficial effects of the above technology are: the target of the corresponding personnel is read based on the judgment of the videos of the entrance and exit gate barrier, so that the personnel management of the construction site is more careful, a detailed and accurate alarm function is provided, and the staff at the main monitoring end can be timely reminded of finding dangerous personnel in the construction site.
Example 8:
on the basis of the embodiment 5, the real-name management method for the construction site personnel in the large-scale construction site comprises the following steps: acquiring all personnel images in the construction site in real time, identifying the personnel images to acquire corresponding site personnel real-name system information, and acquiring a corresponding site personnel real-name system information set, wherein the method comprises the following steps:
acquiring all personnel images in a corresponding camera shooting range based on all cameras arranged in the construction site, and acquiring a corresponding real-time personnel image set;
processing the real-time personnel images in the real-time personnel image set to obtain a corresponding real-time human face image set;
acquiring all first real-name information recorded in the on-site personnel real-name information base and all second real-name information recorded in the dangerous person information base;
acquiring a corresponding full recording information base based on all the first real-name information and all the second real-name information;
judging whether a real-name facial image matched with the real-time facial image in the real-time facial image set exists in the full recording information base;
if yes, calling out corresponding real-name system information from the full recording information base based on a matching result to serve as corresponding field personnel real-name system information;
otherwise, carrying out special marking on the corresponding real-time face image to obtain a marking result;
taking the marking result as corresponding real-name system information of the field personnel;
and integrating all the on-site personnel real-name system information to obtain a corresponding on-site personnel real-name system information set.
In this embodiment, the real-time personnel image set is a set formed by all personnel images in a corresponding shooting range acquired based on all cameras arranged in the construction site.
In this embodiment, the real-time human face image set is an image set obtained by processing real-time human images in the real-time human image set.
In this embodiment, the first real-name information is all real-name information included in the real-name information base of the field personnel.
In this embodiment, the second real-name information is all real-name information included in the dangerous person information base.
In this embodiment, the full listing information base is an information base for listing the real-name information obtained based on all the first real-name information and all the second real-name information.
In this embodiment, the real-name facial image is a facial image stored in the full listing information base.
In this embodiment, the real-name system information of the field personnel is corresponding real-name system information obtained by identifying personnel images.
In this embodiment, the result is obtained after the corresponding real-time face image is specially marked.
In this embodiment, the special mark is a title or the like for marking the dangerous face image for the corresponding implemented person image.
In this embodiment, the on-site personnel real-name system information set is an information set obtained by integrating all on-site personnel real-name system information.
The beneficial effects of the above technology are: the method comprises the steps of acquiring all real-time personnel images at a construction site based on a camera arranged in the construction site, matching the acquired real-time personnel images with real-name system face images in a full-listing information base, calling corresponding real-name system information for the corresponding real-time personnel images based on a matching result, further acquiring corresponding real-name system information sets of the site personnel, and providing an important basis for comparing the real-name system information sets of the site with the real-name system information base of the site personnel for subsequent realization, and further realizing the transparence and rigidness of the management of the site personnel.
Example 9:
on the basis of embodiment 8, the method for real-name management of staff in a construction site of a large-scale building site, which processes real-time staff images in the real-time staff image set to obtain a corresponding real-time face image set, includes:
carrying out self-adaptive enhancement after carrying out denoising processing on the personnel image to obtain a corresponding personnel enhanced image;
performing sliding sampling on the personnel enhanced image based on a multi-scale sliding window to obtain an image gradient direction histogram characteristic and a gradient direction spatial distribution characteristic;
obtaining corresponding personnel features based on the image gradient direction histogram features and the gradient direction spatial distribution features;
acquiring a personnel feature set based on personnel features corresponding to all real-time personnel images;
carrying out duplication elimination processing on the personnel feature set, and obtaining a corresponding duplication elimination personnel image based on the personnel features reserved after the duplication elimination processing;
and extracting corresponding face images from the duplicate removal person images, and acquiring a corresponding real-time face image set based on the face images corresponding to all the duplicate removal person images.
In this embodiment, the person enhanced image is an image obtained by performing adaptive enhancement after performing denoising processing on the person image.
In this embodiment, the image gradient direction histogram feature is a feature descriptor used for object detection in computer vision and image processing, and is a feature formed by calculating and counting a gradient direction histogram of a local region of an image, i.e., a color histogram feature of a person enhanced image in a gradient direction in this embodiment.
In this embodiment, the spatial distribution characteristic in the gradient direction is a spatial distribution characteristic of the person enhanced image in the gradient direction.
In this embodiment, the person feature is a feature image that includes an image gradient direction histogram feature and a gradient direction spatial distribution feature corresponding to the corresponding person enhanced image.
In this embodiment, the personnel feature set is a set formed by personnel features corresponding to all real-time personnel images.
In this embodiment, the duplicate removal person image is a real-time person image retained based on the person features retained after the duplicate removal processing is performed on the person feature set.
The beneficial effects of the above technology are: the corresponding real-time face image set is obtained by carrying out self-adaptive enhancement processing, feature sampling and image duplication removal on the operator image, so that the workload of calling corresponding real-name information based on the real-time face image is reduced.
Example 10:
on the basis of the embodiment 8, the real-name management method for the construction site personnel in the large-scale construction site comprises the following steps: comparing the field real-name system information set with the field personnel real-name system information base to obtain a comparison result, and transmitting the comparison result to a main monitoring end, wherein the method comprises the following steps:
judging whether specially marked on-site real-name system information exists in the on-site real-name system information set or not;
if so, tracking the personnel image corresponding to the corresponding marking result to obtain a corresponding second danger track;
generating a corresponding second alarm instruction based on the marking result and the second danger track;
transmitting the second alarm instruction to the main monitoring end;
otherwise, judging whether the site real-name system information in the site real-name system information set is completely consistent with the real-name system information in the site personnel real-name system information base or not;
if so, generating a corresponding safety instruction, and transmitting the safety instruction to the main monitoring end;
otherwise, determining the difference information between the field real-name system information set and the field personnel real-name system information base;
when the difference information belongs to the field real-name system information set, retrieving a corresponding dangerous person image from the real-time person image set based on the difference information in the field real-name system information set;
tracking the dangerous person image to obtain a corresponding third dangerous track;
generating a corresponding third alarm instruction based on the difference information in the field real-name system information set and the third danger track;
transmitting the third alarm instruction to the main monitoring end;
when the difference information belongs to the field personnel real-name system information base, deleting the real-name system information in the field personnel real-name system information base based on the difference information to obtain a new field personnel real-name system information base;
establishing a communication link between the site personnel real-name system information base and the social security office roster;
and updating the newly determined real-name system information base of the field personnel to the social security service roster based on the communication link.
In this embodiment, the second dangerous trajectory is a trajectory obtained by performing trajectory tracking on the person image corresponding to the marking result.
In this embodiment, the second alarm instruction is an alarm instruction for reminding a person, who has not successfully registered the real-name system information, in the construction site of the main monitoring terminal of the presence of the person based on the marking result and the second danger track.
In this embodiment, the safety instruction is used to remind the main monitoring terminal that no accident is found in the personnel management in the construction site, and the personnel in the construction site are registered with the real-name system information.
In this embodiment, the difference information is inconsistent real-name information contained in the field real-name information set and the field personnel real-name information base.
In this embodiment, the dangerous person image is a dangerous real-time person image retrieved from the real-time person image set based on the difference information in the field real-name system information set.
In this embodiment, the third dangerous track is a track obtained after tracking the image of the dangerous person.
In this embodiment, the third alarm instruction is generated based on the difference information in the site real-name system information set and the third danger track, and is used to prompt that the person who is marked as leaving the construction site by the management system in the construction site of the main monitoring end stays at the construction site.
In this embodiment, the communication link is a communication relationship for updating the real-name information base of the field personnel to the social security service roster in real time.
In this embodiment, the social security roster is real-name information of the job site staff sent to the social security record.
The beneficial effects of the above technology are: the on-site real-name system information set is compared with the on-site staff real-name system information base, so that transparent management of construction site staff can be guaranteed more accurately, corresponding alarm operation is performed when an on-site monitoring result and a grade result of an entrance/exit gate appear, staff can be reminded to perform prevention and control management timely, real-time correction of real-name system information in the on-site staff real-name system information base is achieved, information accuracy in the real-name system information base is guaranteed, the most accurate on-site staff real-name system information base which is determined most recently is automatically transmitted to a roster which needs to be recorded in a social security bureau on the basis of communication links, the working process of the staff is reduced, and serious consequences caused by the fact that the staff real-name system information is not successfully recorded in the social security bureau due to negligence of the staff are avoided.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.

Claims (9)

1. A real-name management method for construction site personnel of a large-scale construction site is characterized by comprising the following steps:
s1: acquiring real-name system information of all personnel passing through a construction site entrance and exit checkpoint;
s2: performing authority verification based on the real-name system information to obtain a verification result, and determining whether to release the corresponding personnel based on the verification result;
s3: updating a real-name system information base of the field personnel in real time based on the verification result and the real-name system information;
s4: acquiring all personnel images in the construction site in real time, identifying the personnel images to acquire corresponding site personnel real-name system information, and acquiring a corresponding site personnel real-name system information set;
s5: comparing the field personnel real-name system information set with the field personnel real-name system information base to obtain a comparison result, and transmitting the comparison result to a main monitoring end;
s2: performing authority verification based on the real-name system information to obtain a verification result, and determining whether to release the corresponding personnel based on the verification result, wherein the method comprises the following steps:
acquiring a face image corresponding to a person providing a valid certificate based on a camera arranged on a corresponding certificate information reader;
judging whether the face image is matched with a real-name system face image in the real-name system information;
if yes, judging whether fixed personnel real-name system information consistent with the real-name system information exists in a fixed personnel real-name system information base or not;
if yes, judging that the corresponding personnel passes the verification as a corresponding verification result, and controlling the corresponding entrance and exit gate card to open and release the corresponding personnel;
otherwise, generating a corresponding authority verification instruction based on the real-name information of the corresponding personnel, sending the authority verification instruction to the main monitoring terminal, and receiving a corresponding authority feedback instruction input from the main monitoring terminal;
determining whether the corresponding personnel pass the verification or not based on the authority feedback instruction, and simultaneously determining whether the corresponding personnel are released or not;
when the face image is not matched with the real-name face image in the real-name information, judging that the corresponding person is not verified to pass as a corresponding verification result, simultaneously controlling a corresponding entrance/exit gate card to be kept closed and not releasing the corresponding person, and transmitting the corresponding real-name information to a dangerous person information base of a main monitoring end;
wherein, judging whether the face image is matched with the real-name system face image in the real-name system information comprises:
unifying the face image and the real-name face image in the same coordinate system to obtain a corresponding standard face image and a corresponding standard real-name image;
carrying out blob region division on the standard face image to obtain a corresponding first subregion, and simultaneously carrying out blob region division on the standard real-name face image to obtain a corresponding second subregion;
determining a first area center point corresponding to the first sub-area, and simultaneously determining a second area center point corresponding to the second sub-area;
determining a first visual data range corresponding to the first sub-area and a second visual range corresponding to the second sub-area;
taking a second sub-area corresponding to a second visual range corresponding to the first sub-area and having the smallest difference value of the first visual range as a second sub-area associated with the first sub-area, and simultaneously taking a first sub-area corresponding to a first visual data range corresponding to the second sub-area and having the smallest difference value of the second visual range as a first sub-area associated with the second sub-area;
and (3) taking an optional point in the coordinate system as a reference point, and calculating the matching degree between the corresponding face image and the corresponding real-name face image based on the coordinate values of the center point of the first area, the coordinate values of the center point of the second area and the coordinate values of the reference point:
Figure FDA0004030978230000021
Figure FDA0004030978230000022
Figure FDA0004030978230000031
in the formula, alpha 1 A first matching degree between the corresponding face image and the corresponding real-name face image, n is the total number of first sub-regions contained in the standard face image, i is the ith first sub-region contained in the standard face image, and x i1 Is an abscissa value, y, of the center point of the first region corresponding to the ith first sub-region i1 Is the longitudinal coordinate value, x, of the center point of the first region corresponding to the ith first subregion 0 Is an abscissa value of the reference point, y 0 Is a longitudinal coordinate value of a reference point, x i2 Is an abscissa value, y, of the center point of the second area corresponding to the second sub-area associated with the ith first sub-area i2 For the centre point of a second region corresponding to a second sub-region associated with the ith first sub-regionOrdinate value, α 2 Is a second matching degree between the corresponding face image and the corresponding real-name face image, j is a jth second subregion contained in the standard real-name face image, m is the total number of the second subregions contained in the standard real-name face image, and x j1 Is the abscissa value, y, of the center point of the first region of the first sub-region associated with the jth second sub-region j1 Is the ordinate value, x, of the first region center point of the first subregion associated with the jth second subregion j2 Is an abscissa value, y, of the center point of the second region of the jth second sub-region j2 And alpha is the longitudinal coordinate value of the central point of the second area of the jth second subregion, and the matching degree between the corresponding face image and the corresponding real-name face image.
2. The method for real-name management of construction site personnel at large construction site according to claim 1, wherein S1: the method comprises the following steps of collecting real-name system information of all personnel passing through a construction site entrance and exit checkpoint, including:
s101: based on a certificate information reader of each access gate arranged in the construction site, reading effective certificates provided by each person passing through the corresponding access gate to obtain corresponding effective certificate information, and meanwhile, recording reading time;
s102: and screening the effective certificate information and integrating the effective certificate information with the reading time to obtain real-name system information of corresponding personnel.
3. The method for real-name management of construction site personnel at large construction site according to claim 2, wherein S102: and after screening the effective certificate information, integrating the effective certificate information with the reading time to obtain real-name system information of corresponding personnel, wherein the method comprises the following steps:
s1021: screening the effective certificate information based on the information category contained in the preset real-name information to obtain sub real-name information corresponding to the information category;
s1022: inputting the sub real-name system information into a real-name system information table based on the information category;
s1023: and reordering each piece of real-name information in the real-name information table based on the reading time to obtain the real-name information of the corresponding person.
4. The method as claimed in claim 1, wherein the determining whether the corresponding person passes the verification and the determining whether the corresponding person is released based on the authority feedback command comprises:
when the authority feedback instruction is released, judging that the corresponding personnel passes the verification as a corresponding verification result, and controlling the corresponding entrance/exit gate card to open and release the corresponding personnel;
and when the authority feedback instruction is not released, judging that the corresponding personnel are not verified to pass as a corresponding verification result, controlling the corresponding entrance and exit gate card to be kept closed and not releasing the corresponding personnel, and transmitting the corresponding real-name information and the corresponding face image to a dangerous person information base of the main monitoring end.
5. The method for real-name management of construction site personnel at large construction site according to claim 1, wherein S3: updating a field personnel real-name system information base in real time based on the verification result and the real-name system information, and the method comprises the following steps:
when the verification result is that the corresponding person is verified, identifying and comparing the videos in the preset period of the corresponding entrance and exit gate based on the cameras arranged in the corresponding entrance and exit gate to obtain a tracking result;
judging whether the corresponding personnel completes one complete passing action or not based on the tracking result;
if yes, deleting the real-name information of the corresponding personnel in the real-name information base of the field personnel to obtain a new real-name information base of the field personnel;
otherwise, the current real-name system information base of the field personnel is reserved;
when the verification result is that the corresponding person is not verified, reading an authority request of the corresponding person based on a camera arranged at the corresponding entrance and exit;
and performing corresponding operation on the current real-name system information base of the field personnel based on the permission request.
6. The method as claimed in claim 5, wherein the performing corresponding operation on the current site personnel real-name information base based on the authority request comprises:
when the permission request is to enter the site, the current site personnel real-name system information base is reserved;
when the permission request is leaving the site, a current site personnel real-name system information base is reserved, meanwhile, the moving track of the corresponding personnel in the construction site is tracked, a corresponding first danger track is obtained, and a corresponding first alarm instruction is generated based on the real-name system information of the corresponding personnel and the first danger track;
and transmitting the first alarm instruction to the main monitoring end.
7. The method for real-name management of construction site personnel at large construction site according to claim 4, wherein S4: acquiring all personnel images in the construction site in real time, identifying the personnel images to acquire corresponding site personnel real-name system information, and acquiring a corresponding site personnel real-name system information set, wherein the method comprises the following steps:
acquiring all personnel images in a corresponding camera shooting range based on all cameras arranged in the construction site, and acquiring a corresponding real-time personnel image set;
processing the real-time personnel images in the real-time personnel image set to obtain a corresponding real-time human face image set;
acquiring all first real-name information recorded in the on-site personnel real-name information base and all second real-name information recorded in the dangerous person information base;
acquiring a corresponding full recording information base based on all the first real-name information and all the second real-name information;
judging whether a real-name facial image matched with the real-time facial image in the real-time facial image set exists in the full recording information base;
if yes, calling out corresponding real-name system information from the full recording information base based on a matching result to serve as corresponding field personnel real-name system information;
otherwise, carrying out special marking on the corresponding real-time face image to obtain a marking result;
taking the marking result as corresponding real-name system information of the field personnel;
and integrating all the on-site personnel real-name system information to obtain a corresponding on-site personnel real-name system information set.
8. The method for real-name management of personnel at construction site of large building site according to claim 7, wherein processing the real-time personnel images in the real-time personnel image set to obtain a corresponding real-time human face image set comprises:
carrying out self-adaptive enhancement after carrying out denoising processing on the personnel image to obtain a corresponding personnel enhanced image;
performing sliding sampling on the personnel enhanced image based on a multi-scale sliding window to obtain an image gradient direction histogram characteristic and a gradient direction spatial distribution characteristic;
obtaining corresponding personnel features based on the image gradient direction histogram features and the gradient direction spatial distribution features;
acquiring a personnel feature set based on personnel features corresponding to all real-time personnel images;
carrying out duplication elimination processing on the personnel feature set, and obtaining a corresponding duplication elimination personnel image based on the personnel features reserved after the duplication elimination processing;
and extracting corresponding face images from the duplicate removal person images, and acquiring a corresponding real-time face image set based on the face images corresponding to all the duplicate removal person images.
9. The method for real-name management of construction site personnel at large construction site according to claim 7, wherein S5: comparing the field personnel real-name system information set with the field personnel real-name system information base to obtain a comparison result, and transmitting the comparison result to a main monitoring terminal, wherein the method comprises the following steps:
judging whether specially marked on-site real-name system information exists in the on-site personnel real-name system information set or not;
if so, tracking the personnel image corresponding to the corresponding marking result to obtain a corresponding second danger track;
generating a corresponding second alarm instruction based on the marking result and the second danger track;
transmitting the second alarm instruction to the main monitoring end;
otherwise, judging whether the site real-name system information in the site personnel real-name system information set is completely consistent with the real-name system information in the site personnel real-name system information base or not;
if so, generating a corresponding safety instruction, and transmitting the safety instruction to the main monitoring end;
otherwise, determining difference information between the field personnel real-name system information set and the field personnel real-name system information base;
when the difference information belongs to the field personnel real-name system information set, retrieving a corresponding dangerous personnel image from the real-time personnel image set based on the difference information in the field personnel real-name system information set;
tracking the dangerous person image to obtain a corresponding third dangerous track;
generating a corresponding third alarm instruction based on the difference information in the field personnel real-name system information set and the third danger track;
transmitting the third alarm instruction to the main monitoring end;
when the difference information belongs to the field personnel real-name system information base, deleting the real-name system information in the field personnel real-name system information base based on the difference information to obtain a new field personnel real-name system information base;
establishing a communication link between the site personnel real-name system information base and the social security office roster;
and updating the newly determined real-name system information base of the field personnel to the social security service roster based on the communication link.
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