Intelligent gate system with functions of intelligent guiding and single-door and double-door switching

Abstract

The invention discloses an intelligent gate system with functions of intelligent guiding and single-door and double-door switching, which is characterized by comprising a channel main body and an intelligent guiding upright post, the channel main body comprises an identification module, a door wing opening and closing area and a control system; the intelligent guiding stand columns are arranged at the front end of a channel inlet of the channel body in a telescopic mode, the two sides of a channel of the channel body are each provided with one intelligent guiding stand column, the side, facing the channel, of each intelligent guiding stand column is provided with a folding wing door capable of stretching out or retracting back, and each intelligent guiding stand column is provided with an intelligent control system. Through the innovative design, the space utilization efficiency of the airport boarding gate is improved, and the queuing passing orderliness is improved. The structure of a traditional gate is simplified, the movable and telescopic intelligent guide stand column is innovatively arranged, the folding wing door is arranged in the intelligent guide stand column, and a single-door mode and a double-door mode are switched according to needs so as to meet different queuing conditions. According to the invention, the installation space of the gate can be obviously saved, and the organizability and safety of the channel are improved.

Description

Technical Field

[0001] The present invention relates to the technical field of gate machines, and in particular to an intelligent gate machine system with both intelligent guidance and single-door and double-door switching. Background Art

[0002] Existing airport boarding gate gates generally have problems such as large space occupation and chaotic queue management. The traditional single-door gate structure cannot flexibly adapt to the passenger flow of different flights, and it is easy to cause queue chaos, tailgating and other unsafe situations during peak hours. Most of the boarding gate gates in the prior art adopt a fixed form, which is difficult to cope with different queue situations and lacks effective guidance functions. Therefore, there is a need for a boarding gate channel device that can improve space utilization, flexibly change the form, and effectively guide passengers to pass. Summary of the invention

[0003] The purpose of the present invention is to overcome the problems in the prior art, such as large gate channel space occupation, poor queuing order, and low passenger inspection efficiency, and to provide an intelligent gate system with both intelligent guidance and single-double door switching.

[0004] In order to achieve the above object, the solution of the present invention is: An intelligent gate system with both intelligent guidance and single-door and double-door switching, comprising a channel body and an intelligent guidance column; The main body of the channel includes the identification module, the door wing switch area and the control system; The intelligent guide column is retractably arranged at the front end of the channel entrance of the channel body. An intelligent guide column is respectively arranged on both sides of the channel of the channel body. The side of the intelligent guide column facing the channel is provided with an extendable or retractable folding wing door. The intelligent guide column is provided with an intelligent control system, which includes an AI recognition module and a human-computer interaction guidance module. The AI ​​recognition module is connected with the recognition module of the channel body to realize double verification.

[0005] Furthermore, the channel body is a single channel or a double channel, two or three intelligent guiding columns are arranged corresponding to the channel body, and the folding door wings are respectively arranged on both sides of the intelligent guiding column located between the double channels.

[0006] Furthermore, the human-computer interaction module is any one or any combination of a guide screen, a microphone, a directional speaker follow-up broadcast, a laser projection, and a digital image.

[0007] Furthermore, the intelligent guiding column adopts a preset telescopic trajectory, and performs electronically controlled telescopic adjustment and movement within the specified preset telescopic trajectory through a motor drive device, or adopts a flexible telescopic cable connection to manually move the intelligent guiding column, thereby controlling the position of the guiding column.

[0008] Furthermore, the folding door wings of the intelligent guiding columns adopt a flexible structure, and the folding door wings are fan-shaped plates or X-shaped cross telescopic frames.

[0009] Furthermore, the intelligent gate system of the present invention with both intelligent guidance and single-door and double-door switching has a single-door verification intelligent guidance mode and a switching double-door verification mode; The process of single-door verification smart boot mode is as follows: S1. Intelligent guiding pillars automatically adjust to the designated guiding position according to queuing requirements; S2. Passenger A enters the identification module of the channel body for identity verification. After being guided by the intelligent guidance column, passenger B queues in the designated area. S3: When the intelligent guiding column recognizes that the distance between passenger B and passenger A is less than or equal to the preset distance, passenger B is prompted to move back until passenger B moves out of the preset distance; S4. Passenger A passes through the door wing switch area after verification, and the intelligent guidance column guides passenger B to proceed for verification; There are two modes for switching the double-door verification mode. You can choose one of them according to actual needs. The specific process is as follows: Mode 1: The intelligent guiding column automatically adjusts to the designated guiding position according to the queuing requirements. Passenger A enters the identification module of the main channel for identity verification. The folding door wings of the intelligent guiding column extend to form a double-door verification channel to block the potential risk of passenger B following behind. The AI ​​recognition module of the intelligent guiding column detects the passenger's appearance and behavior, and guides them to wait or divert. When passenger A completes identity verification, the folding door wings of the intelligent guiding column open to allow passenger B to pass through, and passenger B enters the identification module of the main channel for identity verification. Mode 2: The intelligent guiding column automatically adjusts to the designated guiding position according to the queuing requirements. The folding door wings of the intelligent guiding column extend to form a double-door verification channel. Passenger A first undergoes the first identity verification through the AI ​​recognition module of the intelligent guiding column, and then enters the recognition module of the channel body for the second identity verification. After the verification is passed, passenger A can pass.

[0010] Furthermore, in S3, the intelligent guiding column recognizes that the customer has entered the preset distance range, and the directional speaker broadcasts prompts in the direction of the passenger, and uses any one of the guidance screens, laser projections, or digital images to prompt passenger B. The broadcast stops after passenger B exits the preset distance range.

[0011] After adopting the above scheme, the intelligent gate system of the present invention, which has both intelligent guidance and single-double door switching, is provided with a retractable and movable intelligent guiding column at the entrance of the main body of the channel. The intelligent guiding column can flexibly adjust its position according to the needs, and has a built-in folding wing door to form a double-door channel when needed, and can be retracted to a single-door form after the inspection is completed. The intelligent guiding column is adjustable in the mobile extended position, and has the function of switching the main body of the channel from a single-door mode to a double-door verification mode, adapting to different pass verification security requirements without occupying deployment space, with high adjustment flexibility and fast switching speed, which improves the safety of the inspection process. After the inspection is completed, the intelligent guiding column can be retracted and the door wing can be closed to transform into a single-door form, saving deployment space. During the extension and retraction process, the intelligent guiding column can adjust the length of the passenger queuing area as needed to adapt to the queuing requirements of different channel inspection organizations.

[0012] The channel body of the present invention only retains the identity authentication area and the door wing switch area of ​​the identification module. Compared with the traditional design, the channel body is short and light, which can greatly save installation space.

[0013] Compared with the prior art, the present invention has the following advantages: Space saving: Compared with traditional boarding gate machines, the present invention significantly reduces the space occupied by the terminal building through intelligent guiding columns and simplified channel body design.

[0014] Improve efficiency: Intelligent guiding pillars can flexibly adjust the queuing area to prevent passengers from tailgating, thereby improving queuing order and boarding efficiency.

[0015] Flexible adaptation: Through the telescopic function of the intelligent guiding columns, the queuing area can be flexibly changed according to different flights and passengers to avoid congestion.

[0016] Enhanced security: The flexibility to switch from single-door to double-door mode can effectively prevent passengers who do not queue in order from passing through, improving the security of gate access verification.

[0017] Adapt to market demand: The present invention can meet the needs of different airports and terminals, dispel investment and construction application concerns, and meet both the needs and the demands. The application is not limited to the boarding gate described in the scenario, but can be applied to more fields, and has a wide range of application prospects in the field of channel access verification such as large transportation and venues. It can be applied to crowded channel verification and control scenarios such as airports, railway stations, stations, scenic spots, etc., aiming to improve the order and efficiency of boarding or passing. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a structural schematic diagram of the intelligent gate system of the present invention. DETAILED DESCRIPTION

[0019] In order to further explain the technical solution of the present invention, the present invention is described in detail below through specific embodiments.

[0020] In the description of the present invention, it should be understood that the terms "center", "longitudinal", "lateral", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "outside" and the like indicating orientations or positional relationships are based on the orientations or positional relationships shown in the drawings, and are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as limiting the present invention. In the description of the present invention, unless otherwise specified, "plurality" means two or more.

[0021] like Figure 1 As shown, the present invention discloses an intelligent gate system with both intelligent guidance and single-door and double-door switching, which includes a channel body 1 and an intelligent guiding column 2.

[0022] The channel body 1 includes an identification module 11, a door wing switch area 12 and a control system driven by a motor or hydraulics. The channel body 1 is short and only covers the passenger identity verification and passing through the security area.

[0023] The intelligent guiding column 2 is retractably arranged at the front end of the channel entrance of the channel body 1. An intelligent guiding column 2 is respectively arranged on both sides of the front end of the channel body 1. A folding wing door 21 extending or retracting toward one side of the channel is arranged in the intelligent guiding column 2. The intelligent gate control system of the present invention can switch between double-door verification and single-door verification by unfolding or retracting the folding door wing 21, so that the single-door verification or double-door verification mode can be selected according to actual needs, providing higher inspection and verification security.

[0024] The channel body 1 can be a single channel or a double channel. The figure shows a double channel. The smart guide pillars 2 are provided with two (single channel) or three (double channel) corresponding to the channel body. When the two smart guide pillars 2 on both sides of the channel are switched to the double door mode, the folding door wings 21 of one of the smart guide pillars 2 or the folding door wings 21 of both smart guide pillars 2 can be unfolded at the same time. The two sides of the smart guide pillar 2 located between the double channels can be provided with the folding door wings 21 respectively, or the folding door wings 21 can be not provided.

[0025] The intelligent guiding column 2 is provided with an intelligent control system, which works in coordination with the channel body 1 through the intelligent control system. The intelligent control system of the intelligent guiding column 2 includes an AI recognition module and a human-computer interaction guidance module. The human-computer interaction module is any one or any combination of human-computer interaction modes such as a guiding screen, a microphone, a directional loudspeaker follow-up broadcast, a laser projection, and a digital image, so that the intelligent guiding column 2 of the present invention can dynamically adjust the guiding mode according to the needs of different passengers and queuing organization, and avoid accidental trespassing and following.

[0026] The extension and retraction of the intelligent guiding column 2 can be controlled by a motor drive device, and its extension length and extension position can be controlled by a preset trajectory, so that the intelligent guiding column 2 can adjust its position in different scenarios to form a waiting space for passengers to queue in an orderly manner. The intelligent guiding column 2 can adopt a preset extension trajectory and perform electronically controlled extension and retraction adjustment and movement within the specified preset extension trajectory through a motor drive device. It can also be connected through a flexible extension cable so that the intelligent guiding column 2 can be manually pushed to control the position of the guiding column 2.

[0027] The folding door wing 21 of the intelligent guiding column 2 preferably adopts a flexible injury-free structure. The folding door wing 21 can be a fan-shaped plate or an X-shaped cross telescopic frame, etc., and blocking and release are achieved by telescoping the folding door wing 21. The folding door wing 21 adopts a flexible injury-free structure so that when the folding door wing 21 comes into contact with a person, the flexible material plays a buffering role to reduce harm to the person.

[0028] The intelligent gate system of the present invention has both intelligent guidance and single-door and double-door switching, and has a single-door verification intelligent guidance mode and a double-door verification mode.

[0029] In the single-door verification intelligent guidance mode, the intelligent guidance column 2 will automatically adjust the designated guidance position according to the queuing requirements to ensure that passengers queue up in order and avoid tailgating. The specific process is that passenger A enters the identification module 11 of the channel body 1, and the intelligent guidance column 2 guides a passenger B to queue up in the designated area. When the intelligent guidance column 2 identifies the trend of passenger B's intrusion, the directional speaker broadcasts prompts in the direction of the passenger's movement, and prompts the passenger on the interactive guidance device such as the guidance screen, and the passenger returns to the waiting line and stops broadcasting. After passenger A completes the verification and passes through the door wing switch area 12, the intelligent guidance column 2 guides passenger B to go forward for verification.

[0030] In the scenario of more orderly security verification, the double-door verification mode is enabled, and the intelligent guiding column 2 will automatically unfold to the designated guiding position relative to the channel body 1 according to the queuing requirements. The folding door wings 21 in the intelligent guiding column 2 can be quickly unfolded to form a double-door channel between the channel body 1 and the intelligent guiding column 2, and the single-door verification mode is switched to the double-door verification mode to ensure that passengers can pass in an orderly manner and to prevent subsequent passengers from following and breaking into the verification area.

[0031] There are two modes for switching the double-door verification mode. You can choose one of them according to actual needs. The specific process is as follows: Mode 1: The intelligent guiding column automatically adjusts to the designated guiding position according to the queuing requirements. Passenger A enters the identification module of the main channel for identity verification. The folding door wings of the intelligent guiding column extend to form a double-door verification channel to block the potential risk of passenger B following behind. The AI ​​recognition module of the intelligent guiding column detects the passenger's appearance and behavior, and guides them to wait or divert. When passenger A completes identity verification, the folding door wings of the intelligent guiding column open to allow passenger B to pass through, and passenger B enters the identification module of the main channel for identity verification. Mode 2: The intelligent guiding column automatically adjusts to the designated guiding position according to the queuing requirements. The folding door wings of the intelligent guiding column extend to form a double-door verification channel. Passenger A first undergoes the first identity verification through the AI ​​recognition module of the intelligent guiding column, and then enters the recognition module of the channel body for the second identity verification. After the verification is passed, passenger A can pass.

[0032] The above embodiments and drawings do not limit the product form and style of the present invention. Any appropriate changes or modifications made by ordinary technicians in the relevant technical field should be deemed to be within the patent scope of the present invention.

Claims

1. An intelligent gate system with both intelligent guidance and single-door and double-door switching, characterized in that: include: Channel body and intelligent guide columns; The main body of the channel includes the identification module, the door wing switch area and the control system; The intelligent guide column is retractably arranged at the front end of the channel entrance of the channel body. An intelligent guide column is respectively arranged on both sides of the channel of the channel body. The side of the intelligent guide column facing the channel is provided with an extendable or retractable folding wing door. The intelligent guide column is provided with an intelligent control system, which includes an AI recognition module and a human-computer interaction guidance module. The AI ​​recognition module is connected with the recognition module of the channel body to realize double verification.

2. The intelligent gate system with both intelligent guidance and single-door and double-door switching as claimed in claim 1, characterized in that: The channel body is a single channel or a double channel, two or three intelligent guiding columns are arranged corresponding to the channel body, and the folding door wings are respectively arranged on both sides of the intelligent guiding column located between the double channels.

3. The intelligent gate system with both intelligent guidance and single-door and double-door switching as claimed in claim 1, characterized in that: The human-computer interaction module is any one or any combination of a guide screen, a microphone, a directional speaker follow-up broadcast, a laser projection, and a digital image.

4. The intelligent gate system with both intelligent guidance and single-door and double-door switching as claimed in claim 1, characterized in that: The intelligent guide column adopts a preset telescopic trajectory, and is electrically controlled to telescopically adjust and move within the specified preset telescopic trajectory through a motor drive device, or is connected by a flexible telescopic cable to manually move the intelligent guide column, thereby controlling the position of the guide column.

5. The intelligent gate system with both intelligent guidance and single-door and double-door switching as claimed in claim 1, characterized in that: The folding door wings of the intelligent guiding columns adopt a flexible structure, and the folding door wings are fan-shaped plates or X-shaped cross telescopic frames.

6. The intelligent gate system with both intelligent guidance and single-door and double-door switching as claimed in claim 1, characterized in that: The intelligent gate system has a single-door verification intelligent guidance mode and a switchable double-door verification mode; The process of single-door verification smart boot mode is as follows: S1. Intelligent guiding pillars automatically adjust to the designated guiding position according to queuing requirements; S2. Passenger A enters the identification module of the channel body for identity verification. After being guided by the intelligent guidance column, passenger B queues in the designated area. S3: When the intelligent guiding column recognizes that the distance between passenger B and passenger A is less than or equal to the preset distance, passenger B is prompted to move back until passenger B moves out of the preset distance; S4. Passenger A passes through the door wing switch area after verification, and the intelligent guidance column guides passenger B to proceed for verification; There are two modes for switching the double-door verification mode. The specific process is as follows: Mode 1: The intelligent guiding column automatically adjusts to the designated guiding position according to the queuing requirements. Passenger A enters the identification module of the main channel for identity verification. The folding door wings of the intelligent guiding column extend to form a double-door verification channel to block the potential risk of passenger B following behind. The AI ​​recognition module of the intelligent guiding column detects the passenger's appearance and behavior, and guides them to wait or divert. When passenger A completes identity verification, the folding door wings of the intelligent guiding column open to allow passenger B to pass through, and passenger B enters the identification module of the main channel for identity verification. Mode 2: The intelligent guiding column automatically adjusts to the designated guiding position according to the queuing requirements. The folding door wings of the intelligent guiding column extend to form a double-door verification channel. Passenger A first undergoes the first identity verification through the AI ​​recognition module of the intelligent guiding column, and then enters the recognition module of the channel body for the second identity verification. After the verification is passed, passenger A can pass.

7. The intelligent gate system with both intelligent guidance and single-door and double-door switching as claimed in claim 6, characterized in that: In S3, the intelligent guiding column recognizes that the customer has entered the preset distance range, and the directional speaker broadcasts prompts in the direction of the passenger, and uses any one of the guidance screens, laser projections, or digital images to prompt passenger B. The broadcast stops after passenger B exits the preset distance range.

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