PT105342B - ACCESS CONTROL SYSTEM FOR A MODULAR MOBILE DOOR AND THE OPERATION PROCEDURE THEREOF - Google Patents

Abstract

The present invention relates to a modular mobile gates system and to the respective operation thereof to control the individual accesses. THE MOBILE CONCEPT ALLOWS THE RELOCATION OF THE GATES IN AN EASY MODE WITHIN A PERIOD OF TIME ACCEPTELELY SHORT, TO MANAGE THE TEMPORARY PILLS OF PASSENGER FLOWS THROUGH ALL TYPES OF BORDER CROSSING POINTS (SEA, EARTH AND AIR ). A PREFERENTIAL EMBODIMENT UNDERSTANDS A DOCUMENT VALIDATION MODULE (1); A DOOR MODULE (2); A FACTS COLLECTION MODULE (3); A GROUND SENSOR MODULE (4); A MAIN BODY (5) THAT ENTERS INTO THE VARIOUS MODULES; A second door module (6); THREE AREAS OF SENSOR - BEFORE (7), BETWEEN (8) AND AFTER (9) THE FIRST AND SECOND DOOR MODULES (8); AND A SECOND VALIDATION MODULE (10), SUITABLE FOR THE BIDIRECTIONAL OPERATION OF THE SYSTEM.

Description

DESCRIPTION

MOBILE MODULAR GATE ACCESS CONTROL SYSTEM AND THE RUNNING PROCESS

Technical Field

The present invention relates to a movable modular gate system and its operation to control individual accesses.

summary

The present invention describes a system of control in accesses that comprises a modular gate mobile what comprises: - a module (1) validation of documents; a module in

door (2); a face capture module (3); a floor sensor module (4);

wherein the door (2) and the floor sensor (4) dismount in, and on the contrary extend from, the main body (5) comprising all modules.

A preferred embodiment of the present invention further comprises a puller movement unit (s).

In a preferred embodiment of the present invention, the movement unit (s) are used to move said system when the door (2) and the floor sensor (4) are in the disassembled position.

A preferred embodiment of the present invention further comprises a second door module (6), wherein the floor sensor module (4) is arranged to provide three separate sensor areas: (7) directly outside the door. first door module (2), (8) between the first and second door modules (2, 6), and (9) directly outside the second door module (6).

A form preferred embodiment of the present invention understand still a second validation module (10) located, referring to said body

(5), in front of the first

documents (1), suitable for bidirectional operation

of the system.

A form preferred embodiment of the present invention understand also an interaction module (11) which understand a data input and output device of user, which is placed in conjunction with the

face capture (3).

A form preferred embodiment of the present invention understand a monitor module suitable for Images of video of gate operation. In a form preferred embodiment of the present invention, the module of face capture (3) has the ability to

extend in a vertical direction from one, and instead fold into one main body (5) comprising all modules.

In a preferred embodiment of the present invention, the face capture module (3) or the capture modules

of faces (3) and interaction (11) are

positioned so that the user does not have in his line of sight a face capture module (3), or face capture (3) and interaction (11) modules, of a second gate system placed in parallel with The first system.

In a preferred embodiment of the present invention, the face capture module (11) is also a face recognition device; doors (2; 6) are linear during opening and closing and comprise flexible impact protection; the document validation module (1) is placed in a direction perpendicular or parallel to the gate flow; the floor sensor (4) comprises between 8

and 12 squares in sensor, one directly abroad in each an on one or of two modules in door (2,6), and the remaining directly in inland in each one of one or

two door modules (2, 6); the face capture module (3) comprises an illuminator (12) with up to 4 different lighting sectors, capable of compensating for different environmental lighting conditions; A visual indicator is placed on the document validation module (1) to indicate whether or not the system is ready to accept a new user.

The present invention further describes a process for operating the aforementioned access control system and comprising the steps of:

- placing the unit or movement units and the location of the gate system in a suitable place;

- extend the door (2, 6) and the floor sensor modules (4);

- validate the user's document or documents;

- capture a facial image;

if facial information is validated, open system doors allowing user exit;

repeat the above steps for user processing if and when required;

- disassembly of the door (2, 6) and the floor sensor modules (4);

- remove the unit or movement units and remove the gate system.

A preferred embodiment of the present invention further comprises the steps of:

visually indicate system availability to process a new user;

- detecting the user's presence prior to entry by means of a floor sensor (7);

- detecting the presence of the user following the exit by another floor sensor (9).

A preferred embodiment of the present invention further comprises the steps of:

before taking a facial image, automatically lengthen and adjust the height of the facial capture module to the user's height;

- Before opening the gate system, dismantle the face catch module.

A preferred embodiment of the present invention further comprises, upon validation of the user's document or documents, the step of:

- validate the user's access situation in the access database or databases.

A preferred embodiment of the present invention further comprises, upon validation of the user document, documents, or situation, the steps of:

- if validated, open system doors allowing user input;

- validating that one and only one user has entered and is at a suitable location for subsequent facial uptake by another floor sensor (8).

A preferred embodiment of the present invention further comprises, upon validation of the user's access situation in the access database or databases, the steps of:

- automatic recognition of the captured facial image;

optionally requesting user data via a data output device and collecting said data via a data input device.

Background of the invention

Existing gates for automated passenger passage are designed for a similar border control workflow. However, their design and operation are quite different from the movable gate according to the present invention:

The system is not dismountable / extendable, nor does it only require its connection to start working. Their assembly and disassembly involves a considerable amount of cables and assembly work;

- Contrary to what can be seen in Figures 4, it has no wheels and is composed of two pieces that are fixed to the floor, and connected by a glass, all very impractical for the movement of the system;

- Detection of the back is done by external cameras placed above the gates or external sensors instead of the floor sensor module as part of the gate, further reducing their mobility;

It contains a single document reader, and is not bidirectional - works in a simple direction, very useful feature in a mobile operating environment;

- when mounted occupies a much larger area.

The present invention relates to a movable modular gate system and its operation to control individual accesses.

The system preferably comprises a document validation module (1), a floor sensor module (4), a door module pickup module (2), an interaction module (11) with a camera (14). ) for face recognition (preferably also comprising a touch screen (11)), optionally another document module another validation module of (10), and / or a monitor module (preferably

Preferably the gates are on wheels 13 which attach to floor units. No specific on-site facilities other than the grid and electricity supply are required. The gates and floor modules (4), when joined together, build an extremely robust mechanical barrier. Preferably for 3 or 4 packaged units, the dimensions will not exceed 2000 x 4000 mm and a weight of 1000 kg.

The width of the passage should preferably be about 80 cm. Typically 60 to 100 cm or 70 to 90 cm.

The Document Validation Module (1), comprising the document reader, can be placed perpendicular to the gates (as shown in the picture) or aligned with the passenger entrance. Any other angle may be considered during the course of testing and depending on the general configuration of the movable gate system.

The floor passageway is typically covered with 10 squares or independent sensor areas, ranging from at least 8 to 12, 6 to 14, 4 to 16 squares, preferably but also possible, including step sensors, typically 1 in front of each input module (7) and typically 8 (8) within the secure zone between the two gate inlets (2,6). This component provides proper prevention for the next and gate logic for door controls and passenger processing. The floor sensors (4) follow the passenger from the moment he / she presents the passport to the document reader and through the complete gate passage process until he / she leaves, detecting the followers (two users moving together and very close to each other) and the movement. Alternatively to the floor sensors (4), the tracking of the individual or individuals may be carried out by a video camera with a proper placement and processing of data.

The floor element is preferably covered with 10 squares incorporating footprint sensors, 1 in front of each input module and 8 within the secure zone between the two gate doors. This component provides adequate prevention for backsliders and portion logic for door controls and passenger processing. Innovative ground sensors follow the passenger and detect who follows them and the movement from the moment the person presents the passport to the document reader and throughout the gate process until it leaves.

Entry control module detects the passenger, their weight and with an additional camera, placed in the document reader, their height. This detected weight also allows the validation of the passenger count in the 8 squares inside the module.

If there is no presence and weight detection at the entrance to the control module, the passport reader will not start. In this case there will be an animation on the monitor that informs the passenger of the exact position in which he should be. As soon as the document is read, the doors open and the indicator modules that are preferably green, like the LEDs, will light up indicating that the passenger has to move to the correct image capture position ( also preferably with illuminated LEDs). In the internal modules, preferably eight, the floor sensors are able to determine the exact position of the passenger if there is more than one person inside and if luggage has been forgotten.

During the process, the entrance doors close only when the passenger has been detected in the correct image capture position. The shooting position indicators will turn off only when the shooting process is complete. At this point the exit indicators, such as LEDs, will turn on indicating that the passenger has to go in the exit direction.

The interior modules also detect when no one has entered, and send an alarm. For luggage detection, floor sensors have a tolerance that will be applied for weighing in the entrance control module. The exit control module detects the presence of the passenger. When the exit control no longer detects the passenger presence and no presence is detected in the interior modules, then the exit doors close. The gate will only be able to accept another passenger at the entrance when the last passenger leaves the exit control module.

The periscope preferably incorporates strong illumination (12) preferably having 4 independent sectors which compensate for changing ambient lighting conditions.

The invention preferably comprises low energy (2; 6) linear, fast and thin rubber shielded doors.

The gate structure preferably prevents passengers at adjacent gates or outside the gates from seeing the information on the touch screen (11), thereby protecting their privacy.

The last element per gate is a closed circuit television server, which will preferably have two cameras connected at the top of the back wall to provide live images of the entire gate.

A green light indicates that the gate is fully operational and ready to accept passengers. At this point the passenger

Document Validation Module passport reading device is in front of (1), ie the entrance floor. The passport is read and, if all the conditions meet the requirements (the documents prove to be authentic and the passenger does not have a relevant record in the search databases) the gateway (2) opens. The passenger enters the gate and his position is detected by the floor sensors (8). The passenger receives, through the monitor inside the gate, information about his posture, informing about the actions to be taken in order to complete the face recognition process in the best possible conditions. The face recognition process is then started. It is also possible to fill in questionnaire data on the touch screen (11) when applicable.

When easy recognition has been successful and the questionnaire responses have been answered, the exit doors open (6) and the passenger leaves the gate, thus completing the process. The gate system allows the process to take place in both directions according to the parameters set by the controller.

This dual direction requirement is not usually intended to operate in a completely bidirectional process, for example with passengers simultaneously using the gate in both directions. The system may, however, operate, for example, sometimes in one direction and sometimes in the other direction.

Typical Workflow

- The passenger inserts an electronic passport inside the reader;

- The gate confirms the document category and the passenger's known situation;

- Optionally, the passenger inserts the page with the visa in the reader;

Optionally, the passenger inserts the residence permit in the reader;

- The gate authenticates the documents and requests background checks from the border service. Adjustable parameter to ensure non-systematic checks of received background checks results. If approved, door (2) opens to let the traveler in;

- The gate performs a face recognition process. If approved, door (6) opens to let the traveler out;

- Optionally, the passenger answers questions on the touchscreen (11);

gate records the data of the traveler crossing the border in the corresponding database.

Description of the Figures

In order to allow a better understanding of the invention, the attached figures illustrate preferred embodiments which, however, should in no way be construed as limiting the scope of the present invention.

Figure 1: Schematic representation of aspects of the gate, namely its floor sensor hinge mechanism, face capture module (3) with camera periscope (14) and monitor (11) and attached screen opaque input module with document validation module (1).

Figure 2: Schematic representation of the gate as a whole.

Figure 3: Schematic representation of different gate support mechanisms, from fully activated, supported by wheels (13), feet or using only their structure.

Figure

Schematic representation of the gate in typical haulage operation compared to the configuration in operation.

Figure 5: Schematic representation namely of telescopic operation aspects when retracted (door or extended (door

Figure 6: Schematic representation of the face capture module, namely the lighting module modules (12).

In the global registration process, the mobile gate system usually works by collecting data from an electronic passport and processing passengers in the process of crossing the border.

Fully mobile gate system provides the ability to easily move the gate into position where it is needed depending, for example, on airport needs and number of passengers. The gate only activates the floor units when the gate is in its working position.

These can be separated during shipping and packaging.

The portions and floor modules (4), when connected together, build an extremely robust mechanical boundary barrier.

Typically for each gate and for each floor unit an individual transport cover is required. The height of the back wall is generally the maximum height considered for the periscope system and is usually the same color as the structure. The gate is bidirectional and can be used in both directions. The input can be an output and the output can be an input. In a typical solution, the gate is provided with an inlet side cover that will not be in use. The floor sensor module (4) enables the detection of accurate tracking and human movement patterns based on sensor inputs. This also contributes to easier door operation. Passenger movement and behavioral patterns can be analyzed by the ground system and made available to the monitoring application. The passport or document reading device is capable of reading data from an electronic passport (chip, MRZ - machine readable zone, etc ...). The biometric periscope should preferably be in the center of the gate, forcing the passenger to rotate. The height range of the chamber 14 may be adjusted to correspond with the passenger height and may increase to minimum heights, for example less than 1 meter if necessary to better store the entire transport mechanism. By using this automatic height adjustment, the user's height can be calculated. Adjustment can be performed in any manner known to one skilled in the art - distance and / or proximity detectors by detecting facial alignment of the captured image, etc. The periscope should preferably incorporate a strong illumination element (12) which compensates for the ever changing environmental lighting conditions. The gate may further provide a live image of the passenger to the inspector. A group of gates should preferably be controlled by a single application within an existing and / or nearby weeding. Gate control of a bidirectional operation is preferably intended to be controlled by the application.

movable portion system is designed to be carried on wheels (13).

Raising the gate simply by pressing a button allows the weight to be supported by the wheels (13) and their carrying capacity. Otherwise, the weight is usually supported by the frame directly or by supporting means such as metal or rubber feet.

Alternatively, the gate includes movement means, in particular wheels (13), which are permanently activated and held firmly or resiliently for the operation of the system. Other means of movement are possible, such as bearings, wholly or partially free castors, rails or the like. The gate can also be simply moved without these means of movement by simply lifting and landing where required. Typically the gate comprises 4 wheels (13) and two lifting members, one at each end of the gate. When the lifts engage, the wheels 13 detach and the gate can move freely, otherwise the gate will lower and rest on the floor secured by its own weight.

The floor-gate connection system is only actively engaged when the gate is in the working position, lowered to ground level, obviously occurring when the gate comprises lifting means.

One of the main advantages of the present invention is that there is a single block to move.

gate can be operated in isolation against

a wall for example what establishes barrier corresponding to create a channel of circulation over of the gate system. On one mode alternative, a gate disabled or turned off can to be used with this goal. In bidirectional operation the direction (s) to be (in)

used may be selected by the system operator who is typically a border inspector. The gates can be used in both directions as they can incorporate two readers, one on each side of the gate. It is a synergistic advantage to be able to achieve bidirectional operation in mobile use as this increases usability. One on each side of the gate is optionally present 2 indicators, usually light emitting indicators: green - ready to process a new passenger, red - not ready to process a new passenger / closed.

There will also be accessories with instructions on how to use the passport reader, preferably a monitor that can be used to transmit a film which, in order to enable bidirectional operation, should be present at both ends of the gate.

2 ^The monitor can be used with a film containing instructions on how to behave when registering the face recognition process and completing a visa form.

In bidirectional operation, the ports (2; 6) function as input and output ports. They typically have the same control.

For biometric passport verification processing there is a passport reader capable of processing passports, visas and residence permits, which is installed at both ends of the gate, and preferably includes a display showing instructions to the user.

floor panel at the entrance (7) detects the presence of a person. The central floor (8) detects the presence of a passenger, his movements and his position with a minimum distance from the cameras (14). The floor provides sensor inputs for door operation. The central floor sensor module (8) preferably detects the tracking of people (two people moving very close to each other) very precisely and gives an alarm when two or more people are inside a gate. This can be simply achieved by analyzing the weight placed on the sensor, namely by comparing the weight in operation with the weight in the inlet. This can also be used to detect a forgotten piece of luggage. Alternatively, this may be achieved via a camcorder, but its ideal location would be vertical to the system, which is usually not advantageous in mobile use. The central floor sensor module (8) shall further detect when no one enters and give an alarm. The floor panel at the outlet (9) further detects the presence of a person. The output of the floor sensors may further permit viewing on the system monitor, typically a border inspector. Illumination may preferably be effected by a plurality of lighting elements (12) arranged around the camera (14) and / or its monitor (11), in particular 4 different sectors to compensate for environmental changes. In this way, light can only increase in the poorly lit sector or sectors. In addition, the light may dim or even be turned off in the sector or sectors with excessive illumination.

The periscope can be triggered when the system detects the correct positioning of the passenger on the central floor (8). Additional information is preferably shown on the secondary monitor, with instructions on how to act during the registration of the face recognition process and possibly also a questionnaire. The periscope system is designed to withstand a vertical range of motion. A fingerprint reader can be installed in conjunction with the periscope or input modules in conjunction with document verification. Typically one side should preferably have a lid if this side is not in the inlet operation. This cover can be plastic with one wheel and a lifting system. Preferably the background should be smooth, in particular gray in color, such as the whole structure, with specific elements for user interaction in a special color, namely blue. This makes user operation easier by clearly marking the gate elements that require a user to enter.

The following claims further highlight particular embodiments of the invention.

Lisbon, June 16, 2011

Claims (13)

1. An access control system comprising a main body (5) comprising: one module of validation in documents one or two modules with a door (2) ; one module pickup < in faces (3 ); one module with sensors in floor (4 ); wherein the modules are retractable in one, and conversely extendible from the main body (5), wherein the face capture module (3) extends vertically from one, and conversely from retracting into a main body (5). 5) comprising all modules. The system according to claim 1, characterized in that it comprises a movement unit (13) or detachable movement units (13). The system according to the preceding claims, characterized in that the movement unit (13) or the movement units (13) are able to move said system when the module with a door (2) and module with floor sensors (4) are in the disassembled position. System according to the preceding claims, characterized in that it comprises a second module with a second door (6), wherein the floor sensor module (4) is arranged to provide three separate areas: front floor (7) placed before the door (2) of the first module with a door (2), several interior floor sensors (8) placed between the first and second modules with a door (2, 6), and a rear floor (9) placed directly after the second module with a door (6). The system according to the preceding claims, characterized in that it comprises a second document validation module (10) located with reference to said main body (5), opposite to the first document validation module (1), suitable for bidirectional system operation. The system according to the preceding claims further comprising: - an interaction module (11) comprising a user data entry input and an output device, disposed together with the face capture module (3). The system according to the preceding claims, further comprising a monitoring module suitable for obtaining video images from gate operation. The system according to the preceding claims, characterized in that the face capture module (3) or the face capture (3) and interaction modules (11) are positioned after the door (2) on the side and visible. only by the user of that system. The system according to the preceding claims, characterized in that: - the face capture module (3) is also a face recognition device; doors (2, 6) are linear during closing and opening and comprise flexible impact protection; - the document validation module (1) is placed perpendicular or parallel to the gate flow; - the floor sensor module (4) comprises between 8 and 12 sensor squares, one front floor sensor (7) placed before the system entrance door (2) and another placed after the second module with a door ( 2) providing access to the system outlet, and the various interior floor sensors (8) directly within each of the two door modules; - the face capture module (3) comprises an illuminator (12) having up to 4 different lighting sectors, capable of compensating for different environmental lighting conditions; - A visual indicator is placed in the document validation module (1) to indicate whether or not the system is ready to accept a new user. A process for operating the access gate control system described in the preceding claims, comprising the steps of: - retracting the movement unit or units and placing the gate system in a suitable location; - extension of door (2) and floor sensor modules (4); - validation of the document or documents of the system user; - capture of a facial image; - if face information is validated, opening the second door module of the system allowing the user to exit; - retracting the door (2) and the floor sensor module (4); - activation of the unit or units of movement and exit of the gate system; Before taking a facial image, it automatically stretches and adjusts the height of the facial capture module (3) to the height of the user, as well as before the gate system is removed, retracts the facial capture module (3). The method according to the preceding claim characterized in that after validation of the user's document or documents further comprises the step of: - validation of the user's access situation in the access database or databases. The method according to the preceding claim, characterized in that after validation of the document or documents or the user's situation further comprises the steps of: - if validated, open system door (2, 6) allowing user input; - validate that one and only one user has entered and is in a suitable location for subsequent facial uptake through the interior floor sensors (8). The process according to the preceding claim, characterized in that after validation the user's access situation in the access database or databases further comprises the steps of: - automatic recognition of the captured facial image; optionally requesting user data via a data output device (11), and collecting said data through a data input device (11).