An access control system for a passage device includes a first imaging device having a first field of view to an entrance area of the passage device for providing first image data, a second imaging device having a second field of view to the entrance area of the passage device for providing second image data, and a control unit for performing a facial recognition-based access control procedure for the first image data and/or for the second image data. The first imaging device is arranged to the passage device or in a vicinity of the passage device and the second imaging device is arranged to the passage device or in a vicinity of the passage device so that the second field of view differs at least partly from the first field of view. A method for access control of the passage device is also disclosed.

A passing recognition system for non-contact monitoring of a passing area includes at least one housing, a floor edge, in particular for installing on a floor of the passing area, and with a head sensor for detecting a detection area. Furthermore, the a method for non-contact monitoring as well as a computer-implemented method for performing the method includes related features.

The invention relates to a passage device comprising: at least one passage traversable by at least one person along a passage direction; at least two sidewalls spaced from each other along a direction extending perpendicularly to the passage direction, the sidewalls being connected with each other, wherein the passage is bounded along the direction by the sidewalls, and at least one capturing device by means of which a body temperature of the person located in front of at least a partial area of the passage along the passage direction can be contactlessly captured, wherein the passage device, considered on its own, is formed as a structural unit assembled and mobile.

A gate apparatus (10) includes first and second housing (110a, 110b) defining a passage (30) through which a person passes, a recessed portion (120) being provided on a lateral surface (112), facing the passage (30), of at least one of housings being the first housing (110a) and the second housing (110b), a first antenna (130) being provided in the recessed portion (120), and a radio wave absorbing material (142, 144) being provided in a region (an inner lateral surface 122, and a region 124 of the lateral surface 112) of the lateral surface (112) providing the recessed portion (120) being located closer to the passage (30) side than the first antenna (130).

A gate apparatus (10) includes first and second housing (110a, 110b) defining a passage (30) through which a person passes, a recessed portion (120) being provided on a lateral surface (112), facing the passage (30), of at least one of housings being the first housing (110a) and the second housing (110b), a first antenna (130) being provided in the recessed portion (120), and a radio wave absorbing material (142, 144) being provided in a region (an inner lateral surface 122, and a region 124 of the lateral surface 112) of the lateral surface (112) providing the recessed portion (120) being located closer to the passage (30) side than the first antenna (130).

The present invention relates to a device (2) for monitoring the transit of a user or of a land vehicle through a passage (or opening, or considerable area, hereinafter referred to cumulatively as “passage” for brevity's sake), comprising: a receiver-transmitter (5) of short-range radio signals configured to: transmit data indicative of a unique recognition code of the passage (ID_2); receive data indicative of a confirmation of receipt of a unique recognition code (ID_1) and indicative of an identifier of a user present inside the set cover angle (3); a processing unit (20) configured to: a) receive a first presence detecting signal (S1) having a value that is indicative of the presence of the user and of the vehicle inside the set cover angle (3) and generate, as a function of the value of the first presence detecting signal (S1), a second signal (S2) that carries data indicative of said unique recognition code (ID_1); b) calculate, with great precision, at set intervals of time (ti), the distance (di) and the angle (αi) with respect to a fixed directrix of said set orientation of the device; c) determine the trajectory (TRJ) of the user or vehicle approaching the passage on the basis of a time sequence of calculated distances (di) and angles (αi); d) if said trajectory (TRJ) is within the activation area (4) of the passage and approaches the passage, generate a command signal (S3) to open the passage and enable the user or the land vehicle to pass through.

The invention also relates to a system (1) for monitoring the transit of a user or of a land vehicle through a passage.

The present invention relates to a device (2) for monitoring the transit of a user or of a land vehicle through a passage (or opening, or considerable area, hereinafter referred to cumulatively as “passage” for brevity's sake), comprising: a receiver-transmitter (5) of short-range radio signals configured to: transmit data indicative of a unique recognition code of the passage (ID_2); receive data indicative of a confirmation of receipt of a unique recognition code (ID_1) and indicative of an identifier of a user present inside the set cover angle (3); a processing unit (20) configured to: a) receive a first presence detecting signal (S1) having a value that is indicative of the presence of the user and of the vehicle inside the set cover angle (3) and generate, as a function of the value of the first presence detecting signal (S1), a second signal (S2) that carries data indicative of said unique recognition code (ID_1); b) calculate, with great precision, at set intervals of time (ti), the distance (di) and the angle (αi) with respect to a fixed directrix of said set orientation of the device; c) determine the trajectory (TRJ) of the user or vehicle approaching the passage on the basis of a time sequence of calculated distances (di) and angles (αi); d) if said trajectory (TRJ) is within the activation area (4) of the passage and approaches the passage, generate a command signal (S3) to open the passage and enable the user or the land vehicle to pass through.

The invention also relates to a system (1) for monitoring the transit of a user or of a land vehicle through a passage.

A control system that controls opening-closing of a security gate which is provided in a facility in which a plurality of mobile robots travels autonomously is provided. The control system performs: receiving a passing-through reservation signal for passing through the security gate; and allowing a plurality of mobile robots to consecutively pass through the security gate while the security gate opens its gate once when passing-through reservation signals are received from the plurality of mobile robots.

A control system that controls opening-closing of a security gate which is provided in a facility in which a plurality of mobile robots travels autonomously is provided. The control system performs: receiving a passing-through reservation signal for passing through the security gate; and allowing a plurality of mobile robots to consecutively pass through the security gate while the security gate opens its gate once when passing-through reservation signals are received from the plurality of mobile robots.

Provided is an automatic access control system which can accurately detect the completion time of the security check of the preceding subject of inspection of the access control system, even if a situation occurs where an exception needs handling during the security check of a preceding subject of inspection. The automatic access control system comprises: a search controller which opens an entrance so that a subject of a search inspection enters a security check area; a primary sensor which generates a primary detection signal by primarily detecting the subject of the search inspection to identify whether or not there is an occurrence of a preset inspection handling exception during the security check; a secondary sensor which generates a secondary detection signal by performing secondary detection to determine whether or not a preset search completion condition is satisfied, and which has a different detection method from that of the primary sensor; and a control unit which performs the primary detection and the secondary detection again if there is an occurrence of handling an inspection exception.