CN214670796U - Self-service security check floodgate machine system - Google Patents

Abstract

The utility model discloses a self-service security inspection floodgate machine system, it includes that both sides are equipped with the main entrance of rail, be located the preliminary examination floodgate machine of main entrance starting position side, by the one door that the door wing that can open and shut that the front side set up of preliminary examination floodgate machine constitutes, be located the verification floodgate machine of main entrance middle section side, by the two doors that the door wing that can open and shut that the front side set up of verification floodgate machine constitutes, be located the three doors of main entrance termination position, be located the final section side of main entrance and the back flow door that adjoins three doors, the door-hinge is located the single pendulum door leaf that can swing 180 between three doors and the back flow door; the door shaft can control the simple swing door leaf to cross and block the three doors, or laterally block the return door, or swing to the lateral rear part to enable the three doors to be communicated with the return door. The multi-door multi-advancing-path safety inspection path scheme capable of turning back is formed by arranging the first door, the second door, the third door and the backflow door and controlling the first door, the second door, the third door and the backflow door, troubles caused by direct return are avoided, the multi-door multi-advancing-path safety inspection path scheme can turn back from the front, and the multi-door multi-advancing-path safety inspection path scheme can move forward or return by borrowing the lane from the front.

Description

Self-service security check floodgate machine system

Technical Field

The utility model relates to a self-service security check technique especially relates to a self-service security check floodgate machine system.

Background

The existing self-service security check system is generally applied to public places such as airports, high-speed rail stations and the like, passengers can carry out security check, identification, check-in, boarding check and the like by themselves, the number of station staff can be reduced, the security check speed is increased, and the security check efficiency is improved.

However, the current security check system basically performs a plurality of security check actions before a security check door or security check gate to complete a plurality of tasks including certificate identification, ticket identification and information recording, face identification and verification, and the like. When face recognition is performed, the faces of people waiting in a queue behind the camera can be captured by the camera, so that recognition errors are caused, and efficiency is reduced. If security inspection is carried out after entering a gate, if an error is found, the operation is returned again to change the manual security inspection and return from the gate entrance, and the process is troublesome.

Disclosure of Invention

The technical problem to be solved by the utility model is to provide a self-service safety inspection floodgate machine system that can turn back of many lines of advancing path to prior art not enough.

In order to solve the technical problem, the utility model discloses the technical scheme who adopts is: a self-service security check gate machine system comprises a main channel, a primary check gate machine, a first gate, a check gate machine, a second gate, a third gate, a backflow gate and a single-pendulum door leaf, wherein fences are arranged on two sides of the main channel, the primary check gate machine is positioned on the side of a starting position of the main channel, the first gate is formed by openable door wings arranged on the front side of the primary check gate machine, the check gate machine is positioned on the side of the middle section of the main channel, the second gate is formed by openable door wings arranged on the front side of the check gate machine, the third gate is positioned at an ending position of the main channel, the backflow gate is positioned on the side of the ending section of the main channel and is adjacent to the third gate, and the single-pendulum door leaf can swing by 180 degrees is positioned between the third gate and the backflow gate; the door shaft can control the simple swing door leaf to cross and block the three doors, or laterally block the return door, or swing to the lateral rear part to enable the three doors to be communicated with the return door.

As the utility model discloses the improvement of self-service safety inspection floodgate machine system's technical scheme, the floodgate machine of just checking is connected with the control cabinet with the electric conduction of check floodgate machine, and the control cabinet is connected with the door wing with door wing motor, door-hinge motor electric conduction and is opened and shut, the door-hinge rotates with the control door wing.

As the utility model discloses the improvement of self-service safety inspection floodgate machine system's technical scheme, three door rear sides are equipped with the switch button or/and the button that opens the door of going backwards of turning back of borrowing that is connected with the control cabinet electric conductance.

As the utility model discloses the improvement of the technical scheme of self-service safety inspection floodgate machine system, one side of three doors is equipped with the return floodgate machine of reverse installation, it is equipped with the card reader or/and the bar code scanner of being connected with control cabinet electric conductance to return the floodgate machine.

As the utility model discloses the improvement of self-service safety inspection floodgate machine system's technical scheme, check the floodgate machine be equipped with the treater, with discernment camera and display screen that the treater electric conductance is connected.

As the utility model discloses the improvement of the technical scheme of self-service safety inspection floodgate machine system, the floodgate machine of just checking is equipped with the card reader that is used for reading identity information.

As an improvement of the technical scheme of the self-service security check gate system, the check gate still is equipped with the code reader that is used for reading the ticket information.

As an improvement of the technical scheme of the self-service security check gate system, the check gate is equipped with the printer that is equipped with the ticket outlet at the gate upside.

As the utility model discloses the improvement of self-service security check floodgate machine system's technical scheme, the control cabinet is connected with the control center electricity conductance of the artifical security check machine that is located main entrance side.

The beneficial effects of the utility model reside in that: the self-service security check gate system is provided with a gate, a primary check gate is arranged beside the gate and used for verifying certificate identity information and ticket content information, and then the self-service security check gate enters a verification gate arranged beside a second gate between the first gate and the second gate to perform face recognition, so that the interference of other faces behind the self-service security check gate is reduced. If the verification is normal, the security inspection can be finished by passing through the second door and the third door. If the check shows that the luggage is abnormal or exceeds the standard, the single-swing door leaf closes the three doors and opens the return door, and the passenger returns to the manual counter from the return door to continue the security check. After the safety inspection is finished, the counter safety inspection personnel can control the single-swing door leaf to swing to the side rear part to enable the three doors to be communicated with the backflow door, so that passengers can enter the internal area through the final section of the main channel to finish the safety inspection. If the three doors pass through, the three doors are found to be abnormal, the single-swing door leaf can return to the position behind the single-swing door leaf to enable the three doors and the return door to be communicated, and then the safety inspection is continued. The design scheme forms a multi-door multi-travel-path foldback security check path scheme, avoids troubles caused by direct return, can fold back from the front, and can also move forward or return from the front by lane.

Drawings

Fig. 1 is the utility model relates to a self-service security check floodgate machine system overlook the schematic structure.

Fig. 2 is a schematic diagram of a forward structure of the self-service security gate system shown in fig. 1.

Fig. 3 is a schematic external side view of the self-service security gate system shown in fig. 1.

Fig. 4 is a schematic view of an internal side structure of the self-service security gate system shown in fig. 1.

FIG. 5 is a schematic plan view of a fold-back of a self-service security gate system.

Fig. 6 is a schematic plan view of lane-borrowing turning of the self-service security gate system.

FIG. 7 is a schematic plan view of the reverse retrograde withdrawal of the self-service security gate system.

Detailed Description

The following describes the present invention with reference to the accompanying drawings.

As shown in fig. 1, 2, 3, and 4, the present invention relates to a self-service security check gate system, which comprises a main passageway 10 with fences at both sides, a check gate 21 located at the side of the starting position of the main passageway 10, a gate 11 composed of openable and closable gate wings 16 disposed at the front side of the check gate, a check gate 22 located at the side of the middle section of the main passageway, a second gate 12 composed of openable and closable gate wings disposed at the front side of the check gate, a third gate 13 located at the end position of the main passageway, a return gate 15 located at the end side of the main passageway and adjacent to the third gate, and a single-swing door leaf 18 with a door shaft 19 located between the third gate 13 and the return gate 15 and capable of swinging 180 °; the door shaft rotation can control the simple swinging door leaf 18 to cross the three doors 13, or laterally block the return door 15, or swing to the lateral rear to make the three doors 13 and the return door 15 communicated. The check gate 21 and the check gate 22 are usually arranged on the right side for convenient operation, and the return gate 15 is usually arranged on the left side of the front section of the main channel. The self-service security check gate system is provided with a first gate 11 and a first check gate 21 beside the first gate for verifying certificate identity information and ticket content information, and then the self-service security check gate system enters a check gate 22 beside a second gate between the first gate 11 and the second gate 12 for face recognition, so that the interference of other faces behind is reduced. If the verification is normal, the security inspection can be finished by passing through the second door 12 and the third door 13. If the check shows that the abnormal condition or the luggage exceeds the standard, the single-swing door leaf 18 closes the three doors 13 and opens the return door 15, and the passengers return to the manual counter from the return door 15 to continue the security inspection, as shown in fig. 5. After the security inspection is completed, the counter security inspector can control the single-swing door leaf 18 to swing to the side and the back to enable the three doors 13 and the return door 15 to be communicated, so that the passengers can enter the internal area through the final section of the main passage to complete the security inspection, as shown in fig. 6. If the three doors 13 are passed through and then the abnormality is found, the single swing door 18 can be swung to the side and the back to enable the three doors 13 and the return door 15 to be communicated, and then the manual safety inspection can be continued. The design scheme forms a multi-door multi-travel-path foldback security check path scheme, avoids troubles caused by direct return, can fold back from the front, and can also move forward or return from the front by lane.

The preliminary gate 21 and the verification gate 22 are electrically connected with a console, and the console is electrically connected with the door wing motor 28 and the door shaft motor 29 to control the opening and closing of the door wing 16 and the rotation of the door shaft 19. The data collected by the preliminary examination gate 21 and the verification gate 22 are transmitted to the console, and the opening and closing of the gate wings 16 and the rotation of the gate shafts 19 are controlled, so that the opening and closing of the first gate 11, the second gate 12, the third gate 13 and the return gate 15 are controlled, and the opening and closing of the corresponding gate wings 16 can be directly controlled by the gates to realize the opening and closing of the first gate 11 and the second gate 12.

Further, a lane returning switch button or/and a reverse door opening button (not shown) electrically connected with the console are/is arranged on the rear side of the three doors 13. When the passenger passes through the security inspection area and needs to return to the security inspection area again, the borrowing return switch button can be pressed down, so that the single-swing door leaf 18 swings to the rear side, and the three doors 13 and the return door 15 are opened under the condition of stopping the two doors 12, thereby realizing the return of the passenger or the reverse walking of the staff. In an emergency, the backward door-opening button can be pressed, the first door 11, the second door 12 and the third door 13 are all in an open state, and people can withdraw from the interior reversely, as shown in fig. 7.

Preferably, one side of the three doors 13 is provided with a reverse-mounted return gate 23, and the return gate 23 is provided with a card reader 39 or/and a code scanner electrically connected with the console. The information of the card (identification card and the like) or the ticket information can be read and returned reversely.

Wherein, check floodgate machine 22 be equipped with the treater, with discernment camera 33 and display screen 35 that treater electric conduction is connected realize face identification and check.

Preferably, the gate 21 is provided with a card reader 32 for reading identity information, which is used for preliminarily reading identity information of passengers, and comparing and checking ticket purchasing information and other information needing preliminary checking, including whether behavior limitation exists or not, and also checking ticket conditions.

Preferably, the gate 21 is further provided with a code reader 31 for reading ticket information, so as to check the individual ticket condition through the ticket information, including whether the access channel is appropriate, whether the ticket enters the station at an appropriate time period, and the like, and also including the identity information of the ticket buyer.

Furthermore, the check gate 22 is provided with a printer 36 having a ticket outlet 38 at the upper side of the check gate, so that after the entry of the check gate 22 is checked by the certificate, a corresponding ticket, such as a boarding pass, a ticket, etc., can be obtained at the position.

Preferably, the console is electrically connected with a control center of the manual security inspection machine 26 located at the side of the main channel 10, so that the switches and motors of the doors can be manually operated and controlled from the control center, personnel can be assisted to move, and passing efficiency is improved.

The above disclosure is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the scope of the invention, therefore, the invention is not limited thereto.

Claims (9)

1. The utility model provides a self-service security check floodgate machine system which characterized in that: the gate comprises a main channel, a primary check gate, a primary gate, a secondary gate, a three-way gate, a backflow gate and a single-pendulum door leaf, wherein two sides of the main channel are provided with fences, the primary check gate is positioned on the side of the starting position of the main channel, the primary check gate is composed of openable door wings arranged on the front side of the primary check gate, the checking gate is positioned on the side of the middle section of the main channel, the secondary gate is composed of openable door wings arranged on the front side of the checking gate, the three-way gate is positioned at the termination position of the main channel, the backflow gate is positioned on the side of the final section of the main channel and is adjacent to the three-way gate, and the single-pendulum door leaf can swing by 180 degrees is positioned between the three-way gate and the backflow gate; the door shaft can control the simple swing door leaf to cross and block the three doors, or laterally block the return door, or swing to the lateral rear part to enable the three doors to be communicated with the return door.

2. The self-service security gate system of claim 1, wherein: the electric conduction of the preliminary examination gate machine and the check gate machine is connected with a control console, and the control console is connected with the electric conduction of the door wing motor and the door shaft motor to control the opening and closing of the door wing and the rotation of the door shaft.

3. The self-service security gate system of claim 1, wherein: and a channel-borrowing turn-back switch button or/and a reverse door opening button which is electrically connected with the console are/is arranged on the rear side of the three doors.

4. The self-service security gate system of claim 1, wherein: and one side of the three doors is provided with a return gate which is reversely installed, and the return gate is provided with a card reader or/and a code scanner which are electrically connected with the console.

5. The self-service security gate system of claim 1, wherein: the check gate machine is provided with a processor, an identification camera and a display screen, wherein the identification camera and the display screen are electrically connected with the processor.

6. The self-service security gate system of claim 5, wherein: the gate is verified just to be equipped with the card reader that is used for reading identity information.

7. The self-service security gate system of claim 6, wherein: the gate machine is still equipped with the code reader who is used for reading ticket information.

8. The self-service security gate system of claim 5, wherein: the check gate is provided with a printer with a ticket outlet at the upper side of the gate.

9. The self-service security gate system of claim 2, wherein: the control console is electrically connected with a control center of the manual security inspection machine which is positioned on the side of the main channel.

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