CN212153196U - Anti-trailing unattended pedestrian passageway equipment - Google Patents

Anti-trailing unattended pedestrian passageway equipment Download PDF

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Publication number
CN212153196U
CN212153196U CN201922327027.2U CN201922327027U CN212153196U CN 212153196 U CN212153196 U CN 212153196U CN 201922327027 U CN201922327027 U CN 201922327027U CN 212153196 U CN212153196 U CN 212153196U
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gate
people
main control
control unit
authorized
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CN201922327027.2U
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Inventor
李启家
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Shenzhen Boosted Goal Technology Co ltd
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Shenzhen Boosted Goal Technology Co ltd
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Priority to CN2019209010632 priority
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    • EFIXED CONSTRUCTIONS
    • E01CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
    • E01FADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
    • E01F13/00Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions
    • E01F13/04Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions movable to allow or prevent passage

Abstract

The utility model is suitable for an unmanned on duty entrance guard technical field provides a prevent following unmanned on duty's pedestrian passageway equipment, including: the first gate is provided with at least one authority reader for verifying the authority to open the first gate; a closed channel frame is arranged between the second gate and the first gate; at least one people flow collecting device which is arranged on the second gate and/or the top of the passage frame and is used for detecting the number of passage people entering the first gate; the main control unit is respectively connected with the permission reader and the people flow collecting device and used for receiving the number of authorized people sent by the permission reader and the number of channel people sent by the people flow collecting device, judging whether the number of authorized people is larger than or equal to the number of channel people or not, and controlling the second gate to be opened if the number of authorized people is larger than or equal to the number of channel people; otherwise, controlling the first gate to be opened or not closed. Therefore, the utility model discloses can realize the passageway unmanned on duty and can effectively prevent to follow.

Description

Anti-trailing unattended pedestrian passageway equipment
Technical Field
The utility model relates to an unmanned on duty entrance guard technical field especially relates to a prevent following unmanned on duty's pedestrian passageway equipment.
Background
The existing pedestrian passageway equipment only can take an alarm prompting function for the trailing of a person, and cannot refuse the trailing person to enter the field; the existing pedestrian passing equipment generally adopts an infrared counting mode, and cannot completely stop the following of the personnel.
As can be seen, the conventional method has many problems in practical use, and therefore, needs to be improved.
SUMMERY OF THE UTILITY MODEL
To the aforesaid defect, the utility model aims to provide an anti-following unmanned on duty's pedestrian passageway equipment can realize the passageway unmanned on duty and can effectively prevent to follow.
In order to achieve the above object, the utility model provides a prevent following unmanned on duty's pedestrian passageway equipment, including:
the first gate is provided with at least one authority reader for verifying the authority to open the first gate;
a closed channel frame is arranged between the second gate and the first gate;
at least one people flow collecting device which is arranged on the second gate and/or the top of the passage frame and is used for detecting the number of passage people entering the first gate;
the main control unit is respectively connected with the permission reader and the people flow collecting device and used for receiving the number of authorized people sent by the permission reader and the number of channel people sent by the people flow collecting device, judging whether the number of authorized people is larger than or equal to the number of channel people or not, and controlling the second gate to be opened if the number of authorized people is larger than or equal to the number of channel people; otherwise, controlling the first gate to be opened or not closed.
According to prevent following unmanned on duty's pedestrian passageway equipment, the authority reader still is used for being authorized the entering user identity information of first gate send to the main control unit, the second floodgate machine and/or be equipped with at least one face identification machine on the passageway frame, face identification machine with the main control unit is connected, the main control unit basis face information that face identification machine discerned with user identity information compares, if inconsistent, then control the second gate does not open, and control first gate is opened or is not closed.
According to the anti-tailgating unmanned pedestrian passageway equipment, at least one display device is arranged on the second gate and/or the passageway frame, and the display device is connected with the main control unit and used for displaying the face images of the identified authorized persons and/or the unauthorized persons.
According to the anti-tailgating unattended pedestrian passageway equipment, the authority reader is set as a two-dimensional code reader, an identity card reader, an IC card reader, a fingerprint reader or a face recognition device.
According to the anti-tailgating unattended pedestrian passageway equipment, the anti-tailgating unattended pedestrian passageway equipment further comprises at least one voice alarm device connected with the main control unit, the main control unit judges whether the number of authorized people is smaller than the number of passageway people, and if yes, the voice alarm device is controlled to start.
According to prevent following unmanned on duty's pedestrian passageway equipment, still be equipped with human detection device on the first gate, human detection device with the main control unit is connected, human detection device is used for detecting personnel's stay time of first gate entrance sends to the main control unit, the main control unit is judged whether personnel's stay time exceeds the scheduled time threshold value, if exceed, then control voice alarm device starts work.
According to the anti-tailgating unmanned pedestrian passage equipment, at least one cloud intercom device used for being in communication connection with a background server and an inquiry button used for starting the cloud intercom device are arranged on the first gate and/or the second gate; and/or
The system comprises a main control unit and at least one background server, and is characterized by further comprising at least one fault detection unit in communication connection with the background server, wherein the fault detection unit is connected with the main control unit and used for detecting faults and sending the faults to the background server.
The anti-tailgating unattended pedestrian passageway equipment further comprises a communication unit connected with the main control unit, and the communication unit is connected with the background server and used for remotely receiving authorized door opening information sent by the background server.
According to the anti-tailgating unmanned pedestrian passageway equipment, the pedestrian flow collecting device comprises at least one pedestrian flow collecting camera and/or an infrared detector.
According to the anti-tailgating unmanned pedestrian passageway equipment, at least one passing state lamp connected with the main control unit is arranged on the first gate; and/or
The first gate is a half-height gate, and the second gate is a full-height gate; and/or
The channel frame is of a semi-closed frame structure or a fully-closed frame structure.
Prevent following unmanned on duty's pedestrian's passageway equipment including: the first gate is provided with at least one authority reader for verifying the authority to open the first gate; a closed channel frame is arranged between the second gate and the first gate; at least one people flow collecting device which is arranged on the second gate and/or the top of the passage frame and is used for detecting the number of passage people entering the first gate; the main control unit is respectively connected with the permission reader and the people flow collecting device and used for receiving the number of authorized people sent by the permission reader and the number of channel people sent by the people flow collecting device, judging whether the number of authorized people is larger than or equal to the number of channel people or not, and controlling the second gate to be opened if the number of authorized people is larger than or equal to the number of channel people; otherwise, controlling the first gate to be opened or not closed. Therefore, the utility model discloses can realize the passageway unmanned on duty and can effectively prevent to follow.
Drawings
Fig. 1 is a block diagram of a pedestrian passageway device for preventing tailgating in accordance with a preferred embodiment of the present invention.
Fig. 2 is a front view of the structure of the anti-tailgating unmanned walkway installation according to the preferred embodiment of the present invention;
fig. 3 is a side view of an anti-tailing unattended manway device according to a preferred embodiment of the invention;
fig. 4 is a schematic structural diagram of the second gate of the anti-tailing unmanned pedestrian passageway device according to the preferred embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Fig. 1 to 4 illustrate an anti-tailgating unmanned pedestrian passageway apparatus 100 according to a preferred embodiment of the present invention, which includes a first gate 10, a second gate 20, at least one human flow collecting device 30, and a main control unit 11; wherein, the first gate 10 is provided with at least one authority reader 111 for verifying the authority to open the first gate 10; a closed channel frame 40 is arranged between the second gate 20 and the first gate 10; the people flow collecting device 30 is arranged on the second gate 20 and/or the top of the channel frame 40 for detecting the number of people entering the channel of the first gate 10, in the embodiment, preferably, the people flow collecting device 30 is arranged on the top of the channel frame 40, that is, the channel frame 40 of the embodiment is a fully closed frame structure, but in other embodiments, the channel frame 40 may also be a semi-closed frame structure; the main control unit 11 is respectively connected to the authority reader 111 and the people flow collecting device 30, and is configured to receive the number of authorized people sent by the authority reader 111 and the number of people in the passage sent by the people flow collecting device 30, and determine whether the number of authorized people is greater than or equal to the number of people in the passage, if yes, control the second gate 20 to open; otherwise, the first gate 10 is controlled to be opened or not closed. After two authorized users enter the first gate 10, a suspicious trailing person enters the first gate 10 with trailing, the number of people in the channel collected by the people flow collecting device is 3, the number of authorized people sent to the main control unit 11 by the authority reader 111 is only 2, and the number of authorized people is smaller than the number of people in the channel, so that the main control unit 11 does not control the second gate 20 to be opened, but controls the first gate 10 to be opened or not to be closed; if the working state of the first gate 10 is the continuously opened state, controlling the first gate 10 not to be closed; if the first gate 10 is immediately closed after entering the person, the main control unit 11 controls the first gate 10 to open at this time, so that the suspicious trailing person exits out of the first gate 10; therefore, unattended operation of the channel is realized, and the trailing condition can be effectively prevented.
Preferably, the permission reader 111 is further configured to send user identity information authorized to enter the first gate 10 to the main control unit 11, the second gate 20 and/or the channel frame 40 is provided with at least one face recognition machine 50, the face recognition machine 50 is connected to the main control unit 11, the main control unit 11 compares the face information recognized by the face recognition machine 50 with the user identity information, and if the face information is not consistent with the user identity information, the second gate 20 is controlled not to be opened, and the first gate 10 is controlled to be opened or not to be closed. Namely, the user identity information comprises the entered face data information, the face recognition machine 50 is used for carrying out real-time face recognition to judge whether the person entering the first gate 10 is an authorized user or not, and suspicious personnel are prevented from being mixed; if the main control unit 11 determines that the number of people in the passageway is consistent with the number of authorized people, it can further determine whether suspicious people are mixed into the team entering the first gate 10 by using a face recognition technology, for example, when someone comes out of the passageway and no authorized outside enters, the system recognizes that the person is a stranger, the first gate 10 is kept open, and field early warning is triggered, and when no authorized person exits the passageway, the first gate 10 is closed, and the system is recovered to be normally used. Thereby further improving the efficiency of preventing trailing and anti-dive; the follow-up personnel are effectively avoided through the guarantee of the double gates, and unmanned on duty management is realized. The identity of the authorized user may be further recorded to the main control unit 11 to register the entrance personnel. The main control unit is preferably a main control circuit board, or may be other hardware devices.
At least one display device 60 is disposed on the second gate 20 and/or the passageway frame 40, and the display device 60 is connected to the main control unit 11 for displaying the face image of the identified authorized person and/or unauthorized person. In the present embodiment, a Display device 60 is preferably disposed on the second gate 20, specifically, a Liquid Crystal Display (LCD) Display screen, and the Display device 60 displays face images of authorized persons and/or unauthorized persons (suspicious trailing persons), so that people can be identified who is unauthorized and enters the first gate 10, so as to leave the gate; or further storing the face image to facilitate tracking suspicious personnel at a later date, or directly networking with a public security department to facilitate case check; after the authority reader 111 on the first gate 10 passes the verification, the first gate 10 is opened, the display device 60 displays head portrait information of people or information required by other properties, otherwise, if the authority reader 111 does not pass the verification, the half-height door is not opened, and meanwhile, the display device 60 can also display pictures feared by the people without authority.
The rights reader 111 of the present embodiment is preferably an IC Card (Integrated Circuit Card) reader; of course, other embodiments may also be a two-dimensional code reader (normal scanning/reverse scanning), an identification card reader, a fingerprint reader, a face recognition device, or the like. If the face recognition device is used as an authority reader, face data information of an authorized user is input into a corresponding background storage medium in advance, when the authorized user walks into a recognition area (entrance) of the first gate 10, real-time face data recognized by the face recognition device is compared with data called into the background storage medium, and if the comparison is consistent, the authorized user is judged to open the first gate 10 at the same time so that the user can enter the system; and the read authority of the face recognition needs to be authorized to stand at the access door to open the door, and the door cannot be opened when the person stays near the entrance.
The first gate 10 and/or the second gate 20 are/is provided with at least one cloud intercom device for being in communication connection with a background server and an inquiry button for starting the cloud intercom device; in this embodiment, preferably, a cloud intercom device and an inquiry button 103 are arranged on the first gate 10, the cloud intercom device includes a microphone 101 and a speaker 102, the inquiry button 103 is pressed to start the cloud intercom device, and then the cloud intercom device can communicate with the backend server through the microphone 101, and a worker of the backend server transmits a voice signal through the speaker thereof. If the field personnel have a question about the passing or need to obtain help, the field personnel can talk to the management (monitoring center) by pressing a query button. Calling by pressing for 3s for a long time and hanging up by pressing for 2s for a short time. Or through a management department (the monitoring center hangs up).
Preferably, the system further comprises at least one fault detection unit in communication connection with the background server, wherein the fault detection unit is connected with the main control unit 11 and used for detecting a fault and sending the fault to the background server; the failure detection unit is configured to check the working states of the first gate 10, the second gate 20, the people flow collecting device 30, and the permission reader 111, and if an abnormality occurs, immediately report the abnormal condition, and further send the abnormal condition to the background server through the main control unit 11 for reporting.
The people stream collecting device 30 comprises at least one people stream collecting camera and/or an infrared detector, the top of the channel frame 40 is preferably provided with the people stream collecting camera, meanwhile, the first gate 10 is provided with the infrared detectors 117, and the infrared detectors 117 can play a role of double counting together with the people stream collecting camera 30. The first gate 10 further comprises a built-in power supply 115, a motor 116 for driving the gate switch, a control circuit board 114 and a central controller 112. A card reading head 201 is arranged on the second gate 20 and can be used for a worker to open the second gate 20 by swiping a card; in the embodiment, preferably, the first gate 10 is a half-height gate, and the second gate 20 is a full-height gate; of course, in other embodiments, the first gate 10 may also be a full-height gate, or the second gate 20 may be a half-height gate, etc.
The first gate 10 is provided with at least one passing status light 113. The traffic status light 113 may be used to indicate the traffic status of the first gate 10, for example, a red light is lit when a following person enters, so as to indicate that the following person stops entering, and the like. When people pass through the first gate 10, the first gate 10 does not recognize that people enter the passageway or people who have no trail or illegal entry in the passageway are not recognized, and the first gate 10 is closed immediately; if the person does not pass through the first gate 10, the device will determine the position information of the person, and further select to close the first gate 10 or continuously open the first gate 10 according to the position information. Preferably, if no abnormal event occurs inside, the first gate 10 is closed after the door closing time is exceeded; if an abnormal event occurs, the first gate 10 will be opened continuously until the trailing/illegal entry event is resolved, otherwise the second gate 20 cannot be opened. The embodiment is provided that only after the first gate 10 is closed, the second gate 20 is opened to wait for personnel to enter the second gate 20; after the person passes through the second gate 20, the second gate 20 will close the second gate 20 when the person is not recognized to be closed by the second gate 20 (the second gate 20 may be provided with a recognition device); and if the personnel pass successfully, all the equipment restores to a static state or a sleeping state.
On the basis of the preferred embodiment, the system further comprises at least one voice alarm device connected with the main control unit 11, the main control unit 11 judges that the number of authorized persons is less than that of the number of persons in the channel, and if the number of authorized persons is less than that of persons in the channel, the voice alarm device is controlled to start working. The main control unit 11 determines that the number of authorized persons is less than the number of persons in the passageway, that is, it is detected that a trailing person enters the first gate 10, so that the main control unit 11 controls the voice alarm device to drive the operation, and the voice alarm device is used to warn the suspicious trailing person to leave or inform the working person to view at present. Specifically, after the time threshold is exceeded, on-site early warning is triggered, a lingering event is generated, when a person leaves the passage door, the event is relieved, the first gate 10 is normally closed, the early warning is finished, and if the person does not leave yet, the person is reported to a monitoring center of the background server, and the monitoring person performs intervention processing.
Further, still be equipped with human detection device on the first gate 10, human detection device is connected with main control unit 11, human detection device is used for detecting the personnel stay time of first gate 10 entrance and sends to main control unit 11, and main control unit 11 judges whether personnel stay time exceeds the scheduled time threshold value, if exceed, then control voice alarm device starts work. The human body detection device can be an infrared sensor or other human body detection sensors, the human body detection technology is used for detecting the stay condition of the personnel at the entrance in real time, if the stay condition exceeds a set stay time threshold, the voice alarm device is started to work, and the voice alarm device sends out voice to warn the personnel at the entrance to leave; the voice alarm device can be a loudspeaker or a buzzer and the like; when personnel stand in access door department, reach the time threshold value after, begin the scene and report: do not stay at the channel mouth.
The door opening authorization system further comprises a communication unit connected with the main control unit 11, and the communication unit is connected with the background server and used for remotely receiving the authorization door opening information sent by the background server. Namely, the background server can remotely send authorized door opening information to the communication unit, and controls to open the first gate 10 and/or the second gate 20 through the main control unit 11 according to the authorized door opening information, and the remote door opening needs to be realized only when a person is outside the channel; the controllable operability of the background server is improved, so that unattended operation is realized, and the labor cost is saved.
To sum up, prevent following unmanned on duty's pedestrian passageway equipment including: the first gate is provided with at least one authority reader for verifying the authority to open the first gate; a closed channel frame is arranged between the second gate and the first gate; at least one people flow collecting device which is arranged on the second gate and/or the top of the passage frame and is used for detecting the number of passage people entering the first gate; the main control unit is respectively connected with the permission reader and the people flow collecting device and used for receiving the number of authorized people sent by the permission reader and the number of channel people sent by the people flow collecting device, judging whether the number of authorized people is larger than or equal to the number of channel people or not, and controlling the second gate to be opened if the number of authorized people is larger than or equal to the number of channel people; otherwise, controlling the first gate to be opened or not closed. Therefore, the utility model discloses can realize the passageway unmanned on duty and can effectively prevent to follow.
Naturally, the present invention can be embodied in many other forms without departing from the spirit or essential attributes thereof, and it should be understood that various changes and modifications can be made by one skilled in the art without departing from the spirit or essential attributes thereof, and it is intended that all such changes and modifications be considered as within the scope of the appended claims.

Claims (10)

1. The utility model provides a prevent following unmanned on duty's pedestrian passageway equipment which characterized in that, including:
the first gate is provided with at least one authority reader for verifying the authority to open the first gate;
a closed channel frame is arranged between the second gate and the first gate;
at least one people flow collecting device which is arranged on the second gate and/or the top of the passage frame and is used for detecting the number of passage people entering the first gate;
the main control unit is respectively connected with the permission reader and the people flow collecting device and used for receiving the number of authorized people sent by the permission reader and the number of channel people sent by the people flow collecting device, judging whether the number of authorized people is larger than or equal to the number of channel people or not, and controlling the second gate to be opened if the number of authorized people is larger than or equal to the number of channel people; otherwise, controlling the first gate to be opened or not closed.
2. The anti-tailgating unattended pedestrian passageway device according to claim 1, wherein the permission reader is further configured to send user identity information authorized to enter the first gate to the main control unit, the second gate and/or the passageway frame is provided with at least one face recognition machine, the face recognition machine is connected with the main control unit, the main control unit compares the face information recognized by the face recognition machine with the user identity information, and if the face information is not consistent with the user identity information, the second gate is controlled not to be opened, and the first gate is controlled to be opened or not to be closed.
3. The anti-tailgating unmanned pedestrian passageway device of claim 2, wherein at least one display device is disposed on the second gate and/or the passageway frame, and the display device is connected to the main control unit for displaying a face image of the identified authorized and/or unauthorized person.
4. The anti-tailgating unattended pedestrian passageway apparatus according to claim 1, wherein the permission reader is a two-dimensional code reader, an identification card reader, an IC card reader, a fingerprint reader, or a face recognition device.
5. The anti-tailgating unattended pedestrian passageway equipment according to claim 1, further comprising at least one voice alarm device connected with the main control unit, wherein the main control unit judges whether the number of authorized persons is less than the number of passageway persons, and if so, controls the voice alarm device to start working.
6. The anti-tailing unmanned pedestrian passageway device of claim 5, wherein a human body detection device is further arranged on the first gate, the human body detection device is connected with the main control unit, the human body detection device is used for detecting the stay time of the personnel at the inlet of the first gate and sending the stay time to the main control unit, and the main control unit judges whether the stay time of the personnel exceeds a preset time threshold value, and if the stay time of the personnel exceeds the preset time threshold value, the voice alarm device is controlled to start working.
7. The anti-tailgating unmanned manway device according to claim 1, wherein the first gate and/or the second gate are provided with at least one cloud intercom device for communicating with a background server and an inquiry button for starting the cloud intercom device; and/or
The system comprises a main control unit and at least one background server, and is characterized by further comprising at least one fault detection unit in communication connection with the background server, wherein the fault detection unit is connected with the main control unit and used for detecting faults and sending the faults to the background server.
8. The anti-tailing unattended pedestrian passageway device according to claim 1, further comprising a communication unit connected with the main control unit, wherein the communication unit is connected with a background server for remotely receiving the authorized door opening information sent by the background server.
9. The anti-tailgating unmanned walkway apparatus of claim 1, wherein the stream collection device includes at least one stream collection camera and/or an infrared detector.
10. The anti-tailgating unmanned pedestrian passageway device of claim 1, wherein the first gate is provided with at least one passing status light connected to the main control unit; and/or
The first gate is a half-height gate, and the second gate is a full-height gate; and/or
The channel frame is of a semi-closed frame structure or a fully-closed frame structure.
CN201922327027.2U 2019-06-14 2019-12-23 Anti-trailing unattended pedestrian passageway equipment Active CN212153196U (en)

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CN201920901063 2019-06-14
CN2019209010632 2019-06-14

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