Axess Ag

Oliver Suter

Josef Fischer

Christian Windhager

Daniel Wakounig

Stoyan Iliev

Thomas Brunner

Volker Schoenig

An access control terminal includes guidance members to establish an access lane having a signal- or blocking element and a multi-beam phased antenna array. An electronic gate controller is connected to the multi-beam phased antenna array to communicate via Bluetooth protocol with mobile Bluetooth communication devices. A proximity sensor is arranged within the access lane to detect a patron approaching an entry area of the access lane, and the gate controller is configured to enable data input supplied by the Bluetooth protocol via the multi beam phased antenna array after the proximity sensor indicates the presence of a patron to request transmission of the access credentials from the smartphone. The gate controller is configured to command the signal- or blocking element to move to the open state if the access credentials are validated and the field strength indicator (RSSI) values are within predefined limits.

Access control terminals

A device for checking access permissions includes an access area with guidance devices for forming an access lane for separating people or objects, in which blocking and/or signal means define an access threshold. A gate controller having a Bluetooth radio interface allows an access permission to be read from mobile data carriers, and positive validation of the access permission results in the access controller releasing the blocking and/or signal means and thus allowing separate passage through the access threshold. An access lane has an associated multiphase antenna group, the transmission/reception antennas of which are actuated by a Bluetooth transceiver module via an antenna feed network in such a way that at least two antenna lobes form that are at different distances from the access threshold as seen in the direction of access.

Device for checking access permissions

Growing community of inventors

Munich, Georgia

Oliver Suter