CN108846939B - Unmanned intelligent security inspection channel system and application method - Google Patents
Unmanned intelligent security inspection channel system and application method Download PDFInfo
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- 238000007689 inspection Methods 0.000 title claims abstract description 115
- 238000000034 method Methods 0.000 title claims abstract description 18
- 238000012544 monitoring process Methods 0.000 claims description 22
- 238000012795 verification Methods 0.000 claims description 17
- 230000002159 abnormal effect Effects 0.000 claims description 16
- 230000006698 induction Effects 0.000 claims description 13
- 230000037361 pathway Effects 0.000 claims description 10
- 238000012216 screening Methods 0.000 claims description 6
- 230000008569 process Effects 0.000 claims description 5
- 238000013519 translation Methods 0.000 claims description 5
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- 239000002184 metal Substances 0.000 description 11
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/20—Individual registration on entry or exit involving the use of a pass
- G07C9/22—Individual registration on entry or exit involving the use of a pass in combination with an identity check of the pass holder
- G07C9/25—Individual registration on entry or exit involving the use of a pass in combination with an identity check of the pass holder using biometric data, e.g. fingerprints, iris scans or voice recognition
- G07C9/257—Individual registration on entry or exit involving the use of a pass in combination with an identity check of the pass holder using biometric data, e.g. fingerprints, iris scans or voice recognition electronically
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01V—GEOPHYSICS; GRAVITATIONAL MEASUREMENTS; DETECTING MASSES OR OBJECTS; TAGS
- G01V5/00—Prospecting or detecting by the use of ionising radiation, e.g. of natural or induced radioactivity
- G01V5/20—Detecting prohibited goods, e.g. weapons, explosives, hazardous substances, contraband or smuggled objects
- G01V5/22—Active interrogation, i.e. by irradiating objects or goods using external radiation sources, e.g. using gamma rays or cosmic rays
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01V—GEOPHYSICS; GRAVITATIONAL MEASUREMENTS; DETECTING MASSES OR OBJECTS; TAGS
- G01V9/00—Prospecting or detecting by methods not provided for in groups G01V1/00 - G01V8/00
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/20—Individual registration on entry or exit involving the use of a pass
- G07C9/27—Individual registration on entry or exit involving the use of a pass with central registration
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Abstract
The invention discloses an unmanned intelligent security inspection channel system, which belongs to the field of security inspection systems and aims to provide an unmanned intelligent security inspection channel system capable of judging personnel information and face information and reducing security inspection loopholes, and the technical scheme is characterized by comprising a security inspection server system and a security inspection channel system, wherein the security inspection channel system comprises a first gate and a second gate, and a security inspection door is arranged between the first gate and the second gate and is used for carrying out security inspection on passing personnel; the first gate is provided with a card swiping system for controlling the first gate to be opened or closed; the second gate is also provided with a card swiping system for controlling the second gate to be opened or closed; and a face recognition system is arranged close to the first gate and/or the second gate and is used for recognizing the face of the passing person and comparing the face information with the person information. The invention also discloses an application method of the unmanned intelligent security inspection channel system.
Description
Technical Field
The invention relates to the field of security inspection systems, in particular to an unmanned intelligent security inspection channel system and an application method.
Background
A Security door (Metal detection door) is a detection device for detecting whether a person carries a metal object or not. The metal detection security gate is mainly applied to public places with large people flows, such as airports, stations, large conferences and the like, and is used for checking hidden metal objects on human bodies, such as guns, control cutters and the like. The high-grade security inspection door in the market can realize that when the inspected personnel pass through the security inspection door, the security inspection door immediately alarms when the metal carried on the body of the inspected personnel exceeds the parameter value preset according to the weight, the quantity or the shape, and the metal position causing the alarm is displayed, so that the security inspection personnel can timely find the metal articles carried by the inspected personnel. Most of the security doors special for factories only distinguish whether metal objects are carried or not, locate and alarm, and prevent products from being illegally brought out of factories. The best performing security gate can detect paperclip size items. That is, the security gate can scientifically, objectively, humanizedly and effectively play roles of preventing and frightening in factories. This is because the security gate has: the detection precision is high and adjustable, objective, has no human factor interference, does not involve searching, honors staff, has high speed, is easy to control and the like.
The Chinese patent with publication number CN105701888A discloses an intelligent security inspection system and method, wherein the intelligent security inspection system comprises a metal detection door, a gate and a face recognition device, wherein the metal detection door is arranged at the front end of the gate, the gate is provided with a controller, the controller is used for controlling the gate to be opened or closed, and the metal detection door and the face recognition device respectively output signals to the controller.
However, in the actual use process, if the person recognizing the face and the person going out of the gate are not the same, security check holes exist.
Disclosure of Invention
The first object of the invention is to provide an unmanned intelligent security inspection channel system, which has the advantages of judging personnel information and face information at the same time and reducing security inspection loopholes.
The technical aim of the invention is realized by the following technical scheme:
An unmanned intelligent security inspection channel system comprises a security inspection server system and a security inspection channel system,
The security inspection channel system comprises a first gate and a second gate, wherein a security inspection door is arranged between the first gate and the second gate and is used for performing security inspection on passing personnel;
The first gate is provided with a card swiping system for controlling the first gate to be opened or closed; the second gate is also provided with a card swiping system for controlling the second gate to be opened or closed;
A face recognition system is arranged close to the first gate and/or the second gate, and is used for recognizing the face of the passing person and comparing the face information with the person information;
The security check server system is connected with the card swiping system and the face recognition system and used for storing personnel information and face information and sending the personnel information and the face information to the card swiping system and the face recognition system for comparison.
Through adopting above-mentioned technical scheme, when passing through personnel through first floodgate machine and second floodgate machine, not only need to punch the card and verify personnel's information, still feed back the face information that face identification system discerned to the security server system and compare with personnel's information, just so can avoid the inconsistent problem of personnel card, reduce the security leak, reinforcing security inspection intensity.
Further, the security inspection channel system further comprises a security management and control system, wherein the security management and control system is used for monitoring whether personnel are detained in the area between the first gate and the second gate.
By adopting the technical scheme, people can be prevented from crossing the gate to enter the channel, the tail-following leak is prevented by the gate, the situation that the people are cheated by the gate and the face equipment submerge into the channel is compensated, and the channel can be detected to retain the people.
Further, the safety control system is an infrared control system, the first gate and/or the second gate are/is provided with the infrared control system, when passing the verification of the card swiping system of the first gate or the second gate, the infrared control system is used for monitoring whether the passing person passes the corresponding first gate or the second gate, if not, the infrared control system feeds back to the security inspection server system, and then an alarm is sent; if so, no alarm is raised.
Through adopting above-mentioned technical scheme, if pass through personnel and have swiped the card, it should pass through first floodgate machine or second floodgate machine, but infrared management and control system if not monitoring personnel pass through, then send out the alarm, avoid personnel to be detained at the security inspection passageway and arrive, have compensatied the security hole.
Further, the safety control system is a radar control system, and the radar control system comprises an alternately opened anti-tailing radar and a control radar;
the control radar is used for monitoring a movable object between the first gate and the second gate;
The anti-tailing radar is used for monitoring whether a trailing person enters the first gate and the second gate.
Through adopting above-mentioned technical scheme, radar management and control system is normally open state, and management and control radar can prevent that personnel from crossing first floodgate machine or second floodgate machine and getting into the security inspection passageway, if management and control radar detects personnel's rule violation entering passageway, first floodgate machine and second floodgate machine lock simultaneously and ban the traffic. Personnel normally enter a security inspection channel through card swiping and then the tail radar is prevented from being opened along with the operation, a second person is prevented from entering the security inspection channel, if the tail person enters the security inspection channel, the next gate is locked, all personnel in a controlled area must all exit from the front gate at the moment, the control radar is started, the security inspection channel is recovered to be normal after the personnel cannot be detected in the radar control area, and the subsequent personnel can enter the security inspection channel. If a person passes through the security gate to trigger an alarm, the front gate is locked and the control radar is started, the person must exit the controlled area from the upper gate to unlock the lower gate, for example, the person only rolls back to the front gate but does not exit the control area, the lower gate still does not unlock, and the lower gate can be unlocked after exiting the control area.
Further, the safety control system is a thermal infrared human body induction system, the thermal infrared human body induction system is used for monitoring moving or static organisms between the first gate and the second gate, and when a person leaves the safety inspection channel through the first gate or the second gate, if the thermal infrared human body induction system monitors that organisms exist between the first gate and the second gate, the thermal infrared human body induction system feeds back to the safety inspection server system, and then an alarm is sent out.
By adopting the technical scheme, after passing through personnel and leaving the security inspection channel through the first gate or the second gate, the thermal infrared human body induction system can monitor whether the management and control area between the first gate and the second gate is biological or not, and whether the management and control area is static or movable biological can be detected.
Further, be equipped with the X ray apparatus between first floodgate machine and the second floodgate machine, the X ray apparatus is used for carrying out the security check to the article that passes through personnel and carries, and the X ray apparatus sets up closed wall with the security check door department and only leaves the security check access way for separation personnel and article.
By adopting the technical scheme, the X-ray machine carries out security inspection on the carried articles, on-site personnel judge whether the carried articles are forbidden articles or not on site, the X-ray machine and the security inspection door are provided with closed partitions, only the security inspection passage opening is reserved, the X-ray machine supports strong article running alarm of unauthorized personnel, the security inspection door supports parabolic alarm, and no dead angle of security inspection is ensured.
Further, the security inspection server system comprises a system server, a foreground data acquisition terminal, a plurality of system sub-servers and a plurality of background data acquisition terminals, one system sub-server and one background data acquisition terminal correspond to one security inspection channel system,
The foreground data acquisition terminal is used for transmitting the acquired face system and personnel information to the system server for storage;
The background data acquisition terminal is used for transmitting the acquired face system and personnel information to the system sub-server and transmitting the acquired face system and personnel information to the system server for storage through the system sub-server;
The system server divides personnel information into ordinary staff and supervisor according to access rights and personnel types, and the supervisor can carry articles to enter and leave and carry articles to be checked through an X-ray machine.
By adopting the technical scheme, the foreground data acquisition terminal is used for accessing the data in the personnel system, the background data acquisition terminal is used for acquiring the data input by each department, classifying the data and transmitting the related data in the system server to the corresponding system sub-server.
Further, the first gate is a double-core three-roller gate or a translation gate; the second gate is a double-core three-roller gate or a translation gate, the double-core three-roller gate comprises an A channel and a B channel, the A channel is used for entering the security inspection channel through personnel, and the B channel is used for leaving the security inspection channel.
By adopting the technical scheme, the A channel and the B channel of the double-movement three-roller brake are only used for unidirectional passage, and management and control are carried out when the passing person has abnormal behaviors.
The second object of the invention is to provide an application method of the unmanned intelligent security check channel system, which has the advantages of judging personnel information and face information at the same time and reducing security check loopholes.
The technical aim of the invention is realized by the following technical scheme:
An application method of an unmanned intelligent security inspection channel system is based on the unmanned intelligent security inspection channel system, and comprises the following specific steps:
s1: the foreground data terminal collects face information and personnel information and sends the face information and the personnel information to the system server for classified storage, and the system server sends the face information and the personnel information to the corresponding system sub-server according to the access authority and the personnel type;
S2: the background data acquisition terminal acquires the information of the face system and the personnel and sends the information to the corresponding system sub-server, and the system sub-server uploads the information of the face system and the personnel to the system server for classified storage;
s3: the safety control system monitors the area between the first gate and the second gate, and unlocks the first gate and the second gate for verification when no retention personnel exist in the first gate and the second gate;
s4: the system sub-service compares the personnel information and judges the personnel type and the access authority by the personnel swiping card to enter the first gate,
1) If the access authority is not available, the first gate cannot be opened;
2) If the access permission exists, the face recognition system recognizes the face of the passing person and compares the face with the person information, if the face recognition system is consistent with the person information, the first gate is opened, the person information, the face information and the access time are stored in the system sub-server and uploaded to the system server; if the face information is inconsistent with the personnel information, the first gate is closed;
S5: when a person enters the security inspection door, if the person carries forbidden articles, the A channels of the second gate and the first gate are simultaneously locked, the A channels of the second gate and the first gate can be unlocked only by the person needing to go out from the B channel of the first gate, the second security inspection is carried out, and on-site monitoring personnel upload the abnormal information and personnel information records to a system server;
s6: when the personnel swipes the card to enter the second gate, the system sub-service compares the personnel information and judges the personnel type and the access authority,
1) If no access permission exists, the card needs to be swiped away from the B channel of the first gate, the second verification is carried out, and abnormal information is fed back to the system server;
2) If the access permission exists, the face recognition system recognizes the face of the passing person, compares the face with the person information and the face information passing through the first gate, opens the second gate if the face information is consistent with the face information, stores the person information, the face information and the access time in the system sub-server, and uploads the person information, the face information and the access time to the system server; if the face information is inconsistent with the personnel information or/and the face information passing through the first gate is inconsistent with the face information passing through the first gate, the card needs to be swiped away from the B channel of the first gate for second verification, and abnormal information is fed back to the system server,
In S4, if the face recognition system recognizes two faces at the same time, the first gate is closed, and then the two faces are fed back to the system sub-server to send out an alarm, and the face information record is uploaded to the system server;
In S6, if the face recognition system recognizes two faces at the same time, the first gate and the second gate are locked at the same time, and then the two gates are fed back to the system sub-server to give an alarm, and the face information record is uploaded to the system server to wait for the security personnel to process.
By adopting the technical scheme, people passing through the security inspection channel can be subjected to tight security inspection, the situation that the people substitute prohibited articles into the factory can be avoided, the situation that the people bring articles out of the factory can be avoided, and confidential information in the factory can be prevented from being revealed.
Further, in S4, if the person carries the article, the system sub-service compares the person information and determines that the person type is the person in charge and has access, and when the person information and the face information of the person pass the comparison, the X-ray machine is started, the X-ray machine photographs and records the article carried, and records and feeds back the image picture, the person information and the face information photographed by the X-ray machine to the system server for recording.
By adopting the technical scheme, when articles are required to be delivered from the factory, the articles are photographed and recorded through an X-ray machine, so that the later-stage tracing is facilitated.
In summary, the invention has the following beneficial effects:
1. the gate is opened by the joint cooperation of the card swiping system and the face recognition system, so that security check holes are reduced, and security check strength is enhanced;
2. Through the arrangement of the safety control system, personnel can be prevented from crossing the gate to enter the channel, the anti-tailing loopholes of the gate are made up, the situation that personnel cheat the gate and face equipment submerge into the channel is made up, the personnel can be detained in the channel, and the loopholes in the security inspection system are further reduced;
3. Through the setting of the foreground data acquisition terminal and the background data acquisition terminal, the trouble of data acquisition is reduced, and the data in the system server can be updated in time.
Drawings
FIG. 1 is a flow chart of the unmanned intelligent security screening pathway system of example 1;
FIG. 2 is a diagram of the unmanned intelligent security screening pathway system architecture of example 1;
Fig. 3 is a field scheme diagram of the unmanned intelligent security screening pathway system in example 1.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Wherein like parts are designated by like reference numerals. It should be noted that the words "front", "back", "left", "right", "upper" and "lower" used in the following description refer to directions in the drawings, and the words "bottom" and "top", "inner" and "outer" refer to directions toward or away from, respectively, the geometric center of a particular component.
Example 1: an unmanned intelligent security inspection channel system, as shown in fig. 1 to 3, comprises a security inspection server system and a security inspection channel system, wherein the security inspection server system is used for collecting personnel information and face information to support the operation of the security inspection channel system.
The unmanned intelligent security inspection channel system can be used for meeting place security inspection, factory area security inspection and other places with high security inspection requirements, and for convenience in description, the factory area is taken as an example for description in the embodiment.
The security check server system comprises a system server, a foreground data acquisition terminal, a switch, a plurality of system sub-servers and a plurality of background data acquisition terminals, wherein each system sub-server and the foreground data acquisition terminal are communicated with the system server through the switch. A system sub-server, a background data acquisition terminal and a security check channel system are correspondingly arranged in a warehouse of the factory, and the background data acquisition terminal and the security check channel system are in communication connection with the corresponding system sub-servers.
The foreground data acquisition terminal can automatically import personnel information and face information of personnel systems in batches (both local and remote management centers can import the personnel information and the face information); and adding and deleting temporary access personnel information and leaving authority. The foreground data acquisition terminal is synchronously updated with the personnel system, and corresponding personnel information can be automatically added and deleted according to personnel change conditions of the personnel system, so that the system server data can be updated in time.
The system server divides the personnel information according to the access authority and the personnel types, and sends the personnel information, the face information and the personnel types to the system sub-servers of the corresponding warehouse. The personnel types are divided into common staff and supervisor personnel, and the supervisor personnel can carry articles to enter and leave.
The background data acquisition terminal of each warehouse sends the face information and the personnel information acquired by each warehouse to the system sub-server, and sends the face information and the personnel information to the system server for storage through the system sub-server, and updates the personnel information in the system server.
In this embodiment, the security screening pathway system includes a one-way personnel pathway and a two-way personnel pathway, wherein the two-way personnel pathway is also an article detection pathway.
The unidirectional channel comprises a first gate, a second gate, a security gate, a card swiping system, a face recognition system and a safety control system, and in the embodiment, the first gate of the unidirectional channel adopts a double-core three-roller gate, and the second gate adopts a translation gate. The bidirectional channel comprises a first gate, a second gate, a security gate, a card swiping system, a face recognition system, a security management and control system and an X-ray machine, wherein the face recognition system is used for shooting human images through a camera, two sets of face recognition systems are respectively arranged at positions close to the first gate and the second gate, and the face recognition system supports CCTV whole-course video recording, provides 90-day inquireable information and supports memory expansion capacity.
In this embodiment, the first gate of the bidirectional channel is also a dual-core three-roller gate, and the second gate is also a translational gate. The double-deck three-roller brake comprises an A channel and a B channel, wherein the A channel is used for entering the security inspection channel through personnel, and the B channel is used for leaving the security inspection channel.
If it is through one-way personnel channel:
firstly, the card is swiped into a first gate, the system sub-server compares personnel information and judges personnel types and access rights,
1) If the access authority is not available, the first gate cannot be opened;
2) If the access permission exists, opening an A channel of the first gate, storing personnel information, face information and access time in a system sub-server, and uploading the personnel information, the face information and the access time to the system server.
And then through the security gate, if the security gate carries forbidden articles, simultaneously locking the A channels of the second gate and the first gate, unlocking the A channels of the second gate and the first gate by personnel from the B channel of the first gate, performing second security check, and uploading the abnormal information and personnel information record to a system server by on-site monitoring personnel.
Finally, the card is swiped through the second gate, the system sub-server compares the personnel information and judges the personnel type and the access authority,
1) If no access permission exists, the card needs to be swiped away from the B channel of the first gate, the second verification is carried out, and abnormal information is fed back to the system server;
2) If the access permission exists, the face recognition system recognizes the face of the passing person and compares the face with the person information and the face information, if the face recognition system is consistent with the person information and the face information, the second gate is opened, the person information, the face information and the access time are stored in the system sub-server, and the person information, the face information and the access time are uploaded to the system server. If the face information is inconsistent with the personnel information, the card needs to be swiped away from the B channel of the first gate, the second verification is carried out, and the abnormal information is fed back to the system server. If the face recognition system recognizes two faces at the same time, the first gate is closed, the face recognition system feeds back to the system sub-server and gives an alarm to inform security personnel of the on-site observation condition, and the face information record is uploaded to the system server
When the user needs to leave the factory warehouse, the user firstly swipes the card through the second gate to conduct face recognition at the same time, if the face information is consistent with the personnel information, the second gate is opened, and then the user sequentially passes through the security gate and swipes the card out of the channel B of the first gate. When personnel carry forbidden articles and pass through the security gate, the security gate feeds the signal back to the system sub-server, and the system sub-server locks the first gate and the second gate to prohibit passage. The security gate sends out an alarm to inform security personnel of field processing, and the face information, the personnel information and the abnormal information are fed back to the system sub-server.
In this embodiment, the safety control system of the unidirectional personnel channel is a radar control system, and the radar control system includes an alternately opened anti-tailing radar and a control radar; the control radar is used for monitoring a movable object between the first gate and the second gate; the anti-tailing radar is used for monitoring whether a trailing person enters the first gate and the second gate. The radar control system is in a normally open state, and the control radar can prevent personnel from crossing the first gate or the second gate to enter the security inspection channel, if the control radar detects that personnel enter the security inspection channel in a violation manner, the first gate and the second gate are simultaneously locked to prevent traffic. Personnel normally enter a security inspection channel through card swiping and then the tail radar is prevented from being opened along with the operation, a second person is prevented from entering the security inspection channel, if the tail person enters the security inspection channel, the next gate is locked, all personnel in a controlled area must all exit from the front gate at the moment, the control radar is started, the security inspection channel is recovered to be normal after the personnel cannot be detected in the radar control area, and the subsequent personnel can enter the security inspection channel. If a person passes through the security gate to trigger an alarm, the front gate is locked and the control radar is started, the person must exit the controlled area from the upper gate to unlock the lower gate, for example, the person only rolls back to the front gate but does not exit the control area, the lower gate still does not unlock, and the lower gate can be unlocked after exiting the control area.
If it is through two-way personnel channel:
firstly, the card is swiped into a first gate, the system sub-server compares personnel information and judges personnel types and access rights,
1) If the access authority is not available, the first gate cannot be opened;
2) If the access permission exists, the face recognition system recognizes the face of the passing person and compares the face with the person information, if the face recognition system is consistent with the person information, the first gate is opened, the person information, the face information and the access time are stored in the system sub-server and uploaded to the system server; if the face information is inconsistent with the personnel information, the first gate is closed.
When the face recognition system passes through the first gate, if the face recognition system recognizes two faces at the same time, the first gate is closed, the face recognition system feeds back to the system sub-server and gives an alarm, and the face information record is uploaded to the system server.
When personnel enter the security inspection door, if forbidden articles are carried, the A channels of the second gate and the first gate are simultaneously locked, the A channels of the second gate and the first gate can be unlocked only by the personnel going out from the B channels of the first gate, the second security inspection is carried out, and on-site monitoring personnel upload the abnormal information and personnel information records to a system server.
When the personnel enter the second gate, the system sub-server compares the personnel information and judges the personnel type and the access authority.
1) If no access permission exists, the card needs to be swiped away from the B channel of the first gate, the second verification is carried out, and abnormal information is fed back to the system server;
2) If the access permission exists, the face recognition system recognizes the face of the passing person, compares the face with the person information and the face information passing through the first gate, opens the second gate if the face information is consistent with the face information, stores the person information, the face information and the access time in the system sub-server, and uploads the person information, the face information and the access time to the system server; if the face information is inconsistent with the personnel information or/and the face information passing through the first gate is inconsistent with the face information passing through the first gate, the card needs to be swiped away from the B channel of the first gate, the second verification is carried out, and the abnormal information is fed back to the system server.
When the face recognition system passes through the second gate, if the face recognition system recognizes two faces at the same time, the first gate and the second gate are simultaneously locked, the face recognition system feeds back to the system sub-server and gives an alarm, and the face information record is uploaded to the system server to wait for security personnel to process.
If the person carries the article, the system sub-service compares the person information, judges that the person type is the person in charge and has access, and when the person information and the face information of the person are successfully compared, the X-ray machine is started, the X-ray machine photographs and records the article, and records and feeds back the image picture, the person information and the face information photographed by the X-ray machine to the system server for recording.
The X-ray machine and the security gate are provided with closed partitions, and only security inspection passage openings are reserved for separating personnel and objects. In addition, the X-ray machine supports strong article running alarm of unauthorized personnel, and the security gate supports parabolic alarm, so that no dead angle of security inspection is ensured.
In this embodiment, the safety control system of the bidirectional personnel channel is also a radar control system, and the radar control system includes an alternately opened anti-tailing radar and a control radar; the control radar is used for monitoring a movable object between the first gate and the second gate; the anti-tailing radar is used for monitoring whether a trailing person enters the first gate and the second gate. The radar control system is in a normally open state, and the control radar can prevent personnel from crossing the first gate or the second gate to enter the security inspection channel, if the control radar detects that personnel enter the security inspection channel in a violation manner, the first gate and the second gate are simultaneously locked to prevent traffic. Personnel normally enter a security inspection channel through card swiping and then the tail radar is prevented from being opened along with the operation, a second person is prevented from entering the security inspection channel, if the tail person enters the security inspection channel, the next gate is locked, all personnel in a controlled area must all exit from the front gate at the moment, the control radar is started, the security inspection channel is recovered to be normal after the personnel cannot be detected in the radar control area, and the subsequent personnel can enter the security inspection channel. If a person passes through the security gate to trigger an alarm, the front gate is locked and the control radar is started, the person must exit the controlled area from the upper gate to unlock the lower gate, for example, the person only rolls back to the front gate but does not exit the control area, the lower gate still does not unlock, and the lower gate can be unlocked after exiting the control area.
Example 2: an unmanned intelligent security inspection channel system is different from embodiment 1 in that the security management and control system is an infrared management and control system, an infrared management and control system is arranged on a first gate and/or a second gate, when passing the verification of a personnel passing through the first gate or the second gate card swiping system, the infrared management and control system is used for monitoring whether the personnel passes through the corresponding first gate or the second gate, if not, the infrared management and control system feeds back to the security inspection server system, and then gives an alarm; if so, no alarm is raised.
Example 3: an unmanned intelligent security inspection channel system is different from embodiment 1 in that the security management and control system is a thermal infrared human body induction system, the thermal infrared human body induction system is used for monitoring moving or static people between a first gate and a second gate, and when people leave the security inspection channel through the first gate or the second gate, if the thermal infrared human body induction system monitors that people exist between the first gate and the second gate, the thermal infrared human body induction system feeds back to the security inspection server system, and then gives an alarm.
Example 4: the application method of the unmanned intelligent security inspection channel system is characterized in that the principle of the verification mode of the unidirectional personnel channel and the bidirectional personnel channel is the same, and the bidirectional personnel channel based on the unmanned intelligent security inspection channel system is illustrated by way of example because the bidirectional personnel channel is not provided with article management and control.
The method comprises the following specific steps:
s1: the foreground data terminal collects face information and personnel information and sends the face information and the personnel information to the system server for classified storage, and the system server sends the face information and the personnel information to the corresponding system sub-server according to the access authority and the personnel type;
S2: the background data acquisition terminal acquires the information of the face system and the personnel and sends the information to the corresponding system sub-server, and the system sub-server uploads the information of the face system and the personnel to the system server for classified storage;
s3: the safety control system monitors the area between the first gate and the second gate, and unlocks the first gate and the second gate for verification when no retention personnel exist in the first gate and the second gate;
s4: the system sub-service compares the personnel information and judges the personnel type and the access authority by the personnel swiping card to enter the first gate,
1) If the access authority is not available, the first gate cannot be opened;
2) If the access permission exists, the face recognition system recognizes the face of the passing person and compares the face with the person information, if the face recognition system is consistent with the person information, the first gate is opened, the person information, the face information and the access time are stored in the system sub-server and uploaded to the system server; if the face information is inconsistent with the personnel information, the first gate is closed.
S5: when a person enters the security inspection door, if the person carries forbidden articles, the A channels of the second gate and the first gate are simultaneously locked, the A channels of the second gate and the first gate can be unlocked only by the person needing to go out from the B channel of the first gate, the second security inspection is carried out, and on-site monitoring personnel upload the abnormal information and personnel information records to a system server;
s6: when the personnel enter the second gate, the system sub-service compares the personnel information and judges the personnel type and the access authority,
1) If no access permission exists, the card needs to be swiped away from the B channel of the first gate, the second verification is carried out, and abnormal information is fed back to the system server;
2) If the access permission exists, the face recognition system recognizes the face of the passing person, compares the face with the person information and the face information passing through the first gate, opens the second gate if the face information is consistent with the face information, stores the person information, the face information and the access time in the system sub-server, and uploads the person information, the face information and the access time to the system server; if the face information is inconsistent with the personnel information or/and the face information passing through the first gate is inconsistent with the face information passing through the first gate, the card needs to be swiped away from the B channel of the first gate for second verification, and abnormal information is fed back to the system server,
In S4, if the face recognition system recognizes two faces at the same time, the first gate is closed, and then the two faces are fed back to the system sub-server to send out an alarm, and the face information record is uploaded to the system server.
In S6, if the face recognition system recognizes two faces at the same time, the first gate and the second gate are locked at the same time, and then the two gates are fed back to the system sub-server to give an alarm, and the face information record is uploaded to the system server to wait for the security personnel to process.
In S4, if the person carries the article, the system sub-service compares the person information and judges that the person type is the person in charge and has access, and when the person information and the face information of the person pass through are successfully compared, the X-ray machine is started, the X-ray machine photographs and records the article carried, and records and feeds back the image picture, the person information and the face information photographed by the X-ray machine to the system server for recording.
The present embodiment is only for explanation of the present invention and is not to be construed as limiting the present invention, and modifications to the present embodiment, which may not creatively contribute to the present invention as required by those skilled in the art after reading the present specification, are all protected by patent laws within the scope of claims of the present invention.
Claims (4)
1. An unmanned intelligent security inspection channel system which is characterized in that: the security inspection system comprises a security inspection server system and a security inspection channel system, wherein the security inspection channel system comprises a first gate and a second gate, and a security inspection door is arranged between the first gate and the second gate and is used for carrying out security inspection on passing personnel;
The first gate is provided with a card swiping system for controlling the first gate to be opened or closed; the second gate is also provided with a card swiping system for controlling the second gate to be opened or closed;
A face recognition system is arranged close to the first gate and/or the second gate, and is used for recognizing the face of the passing person and comparing the face information with the person information;
the security check server system is connected with the card swiping system and the face recognition system and used for storing personnel information and face information and sending the personnel information and the face information to the card swiping system and the face recognition system for comparison;
The security inspection channel system further comprises a security management and control system, wherein the security management and control system is used for monitoring whether personnel are detained in the area between the first gate and the second gate;
the safety control system is a radar control system or an infrared control system or a thermal infrared human body induction system;
The radar control system comprises alternately opened anti-tailing radars and control radars; the control radar is used for monitoring a movable object between the first gate and the second gate; the anti-tailing radar is used for monitoring whether a tailing person enters the first gate and the second gate;
An infrared control system is arranged on the first gate and/or the second gate, and is used for monitoring whether a passing person passes the corresponding first gate or second gate or not when passing the verification of the first gate or second gate card swiping system, and feeding back to the security inspection server system if the passing person does not pass the corresponding first gate or second gate, and then giving an alarm; if the result is passed, an alarm is not sent out;
The thermal infrared human body induction system is used for monitoring the movable or static organisms between the first gate and the second gate, and when the thermal infrared human body induction system monitors that the organisms exist between the first gate and the second gate after a person leaves the security inspection channel through the first gate or the second gate, the thermal infrared human body induction system feeds back to the security inspection server system and then gives an alarm;
An X-ray machine is arranged between the first gate and the second gate and is used for carrying out security inspection on articles carried by personnel, and a closed partition is arranged at the X-ray machine and the security inspection gate and only leaves a security inspection passage port for separating the personnel and the articles;
The security check server system comprises a system server, a foreground data acquisition terminal, a plurality of system sub-servers and a plurality of background data acquisition terminals, wherein one system sub-server and each background data acquisition terminal correspond to one security check channel system,
The foreground data acquisition terminal is used for transmitting the acquired face system and personnel information to the system server for storage;
The background data acquisition terminal is used for transmitting the acquired face system and personnel information to the system sub-server and transmitting the acquired face system and personnel information to the system server for storage through the system sub-server;
The system server divides personnel information into ordinary staff and supervisor according to access rights and personnel types, and the supervisor can carry articles to enter and leave and carry articles to be checked through an X-ray machine.
2. The unmanned intelligent security screening pathway system of claim 1, wherein: the first gate is a double-core three-roller gate or a translation gate; the second gate is a double-core three-roller gate or a translation gate, the double-core three-roller gate comprises an A channel and a B channel, the A channel is used for entering the security inspection channel through personnel, and the B channel is used for leaving the security inspection channel.
3. An application method of an unmanned intelligent security inspection channel system, comprising the unmanned intelligent security inspection channel system as claimed in claim 2, characterized in that: the method comprises the following specific steps:
s1: the foreground data terminal collects face information and personnel information and sends the face information and the personnel information to the system server for classified storage, and the system server sends the face information and the personnel information to the corresponding system sub-server according to the access authority and the personnel type;
S2: the background data acquisition terminal acquires the information of the face system and the personnel and sends the information to the corresponding system sub-server, and the system sub-server uploads the information of the face system and the personnel to the system server for classified storage;
s3: the safety control system monitors the area between the first gate and the second gate, and unlocks the first gate and the second gate for verification when no retention personnel exist in the first gate and the second gate;
s4: the system sub-server compares the personnel information and judges the personnel type and the access authority by the personnel swiping card to enter the first gate,
1) If the access authority is not available, the first gate cannot be opened;
2) If the access permission exists, the face recognition system recognizes the face of the passing person and compares the face with the person information, if the face recognition system is consistent with the person information, the first gate is opened, the person information, the face information and the access time are stored in the system sub-server and uploaded to the system server; if the face information is inconsistent with the personnel information, the first gate is closed;
S5: when a person enters the security inspection door, if the person carries forbidden articles, the A channels of the second gate and the first gate are simultaneously locked, the A channels of the second gate and the first gate can be unlocked only by the person needing to go out from the B channel of the first gate, the second security inspection is carried out, and on-site monitoring personnel upload the abnormal information and personnel information records to a system server;
s6: when the personnel swipes the card to enter the second gate, the system sub-server compares the personnel information and judges the personnel type and the access authority,
1) If no access permission exists, the card needs to be swiped away from the B channel of the first gate, the second verification is carried out, and abnormal information is fed back to the system server;
2) If the access permission exists, the face recognition system recognizes the face of the passing person, compares the face with the person information and the face information passing through the first gate, opens the second gate if the face information is consistent with the face information, stores the person information, the face information and the access time in the system sub-server, and uploads the person information, the face information and the access time to the system server; if the face information is inconsistent with the personnel information or/and the face information passing through the first gate is inconsistent with the face information passing through the first gate, the card needs to be swiped away from the B channel of the first gate for second verification, and abnormal information is fed back to the system server,
In S4, if the face recognition system recognizes two faces at the same time, the first gate is closed, and then the two faces are fed back to the system sub-server to send out an alarm, and the face information record is uploaded to the system server;
In S6, if the face recognition system recognizes two faces at the same time, the first gate and the second gate are locked at the same time, and then the two gates are fed back to the system sub-server to give an alarm, and the face information record is uploaded to the system server to wait for the security personnel to process.
4. The unmanned intelligent security screening pathway system application method of claim 3, wherein the method comprises the steps of: in S4, if the person carries the article, the system sub-server compares the person information and determines that the person type is the person in charge and has access, and when the person information and the face information of the person pass through the system sub-server are successfully compared, the X-ray machine is started, the X-ray machine photographs and records the article, and records and feeds back the image picture, the person information and the face information photographed by the X-ray machine to the system server for recording.
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| CN110782576A (en) * | 2019-11-20 | 2020-02-11 | 漳州市玉山电子制造有限公司 | Security check door system and networking method |
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| CN112285134B (en) * | 2020-10-28 | 2022-05-31 | 上海铁维物联网科技有限公司 | Intelligent one-way channel |
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