dormakaba Schweiz AG

A method for commissioning an electromechanical locking device at a location relates to a lock system selection of a lock system that takes place by receiving a lock system user input by way of an, in particular mobile, device, with the method including the following step carried out by the locking device: receiving electronic configuration data, with the configuration data including at least one item of access authorisation information, with the lock system selection taking place before the configuration data is received.

A method for commissioning an electromechanical locking device at a location, with the locking device includes an electronic identifier, and with the method having the following steps: receiving a location-specific user input by a, in particular mobile, device for defining the location in particular, with the receiving taking place by performing the location-specific user input on the device, assigning, in particular initially assigning, the identifier to the defined location to form an ID location assignment, subsequently sending the ID location assignment by the device to a computing unit.

The invention relates to a method ( 1 , 85 ) for commissioning an electromechanical locking device ( 30 ) at a location ( 201 - 208 ), with the locking device ( 30 ) comprising an electromechanical actuator ( 35 ), locking device electronics ( 34 ) and a driver ( 36 ), with the electromechanical actuator ( 35 ) being able to be activated by the locking device electronics ( 34 ) in order to transfer the driver from a non-rotatable to a rotatable state; and with the method ( 1 , 85 ) comprising the following steps carried out by the locking device ( 30 ): a. detecting ( 82 ) an electronic key ( 20 ), b. triggering a function verification routine ( 83 ), with the actuator ( 35 ) being electrically activated in order to transfer the driver ( 36 ) from the non-rotatable to the rotatable state, with the locking device ( 20 ) being in a factory state during steps a. and b., c. subsequently receiving ( 124 ) configuration data, with the configuration data comprising at least one item of access authorisation information, whereby the locking device ( 30 ) is transferred from the factory state to a configured state.

For configuring access rights of electronic locks, a mobile communication device obtains an access right identifier. Configuration data comprising the access right identifier is transferred from the mobile communication device ( 3 ) to a first electronic lock, via a close range communication interface, thereby configuring the first electronic lock to grant an access right to electronic key devices ( 4 ) having stored thereon the access right identifier. From the mobile communication device an update request, comprising the access right identifier, is transmitted to a computer system via a communication network, enabling the computer system to transmit the access right identifier via the communication network to one or more second electronic locks for configuring the one or more second electronic locks to grant an access right to the electronic key devices having stored thereon the access right identifier.

An authentication method, in particular an access control method, for trusted seamless authentication, preferably for granting trusted seamless access to an asset, including the following steps: obtaining, by an authentication device, position data of at least one mobile device, the position data of the at least one mobile device being indicative for the position of the at least one mobile device relative to the authentication device; determining one of the at least one mobile device which is within a recording zone; recording, by the authentication device, biometric identification data of a carrier person of the determined mobile device; sending, by the authentication device, the recorded biometric identification data to the determined mobile device; receiving, in response to sending the recorded identification data, by the authentication device, authentication confirmation data and/or credential data from the determined mobile device.

A key for an electromechanical locking device, wherein a longitudinal axis, a width axis and a thickness axis are defined perpendicular to each other, with a key bow and with a key shank projecting from the key bow along the longitudinal axis for insertion into the locking device, wherein the key bow includes an electrical energy storage device and/or electronics, wherein the key bow includes a frame in which the energy storage device ( 85 ) and/or the electronics is received, wherein the frame is rigidly connected to the key shank, and wherein the frame has at least one grip region which forms a top surface of the key bow for a user to grasp.

A method for unbolting an access system using a mobile device and/or for error detection is provided, relating to an unbolting of an access system, with the access system having a reading device with a communication interface for receiving communication signals from the mobile device, with the method including the following steps: a) Receiving a first communication signal, relating to an unbolting of the access system by way of the reading device from the mobile device at a first point in time, b) making an unbolting decision for the access system—at a second point in time after the first point in time—by way of the reading device, wherein a first time duration is determined and/or measured as a function of the first point in time and the second point in time, and c) performing an error detection as a function of the first time duration.

An authentication method, in particular an access control method, for trusted seamless authentication, preferably for granting trusted seamless access to an asset, including the following steps: obtaining, by an authentication device, position data of at least one mobile device, the position data of the at least one mobile device being indicative for the position of the at least one mobile device relative to the authentication device; determining one of the at least one mobile device which is within a recording zone; recording, by the authentication device, biometric identification data of a carrier person of the determined mobile device; sending, by the authentication device, the recorded biometric identification data to the determined mobile device; receiving, in response to sending the recorded identification data, by the authentication device, authentication confirmation data and/or credential data from the determined mobile device.

A method for controlling access within a secure control area using an access control device communicatively connected to one or more barrier(s) arranged within the secure control area, the method comprising: executing ultra-wideband transmissions with authentication device(s) using one or more ultra-wideband transceiver(s) of the access control device; detecting, by a processing unit of the access control device, entry and/or exit of the authentication device(s) ( 100 ) through the barrier(s) by processing signal properties of the one or more ultra-wideband transmissions and operating the barrier(s)—by the access control device—in a first mode of operation; switching operation of the barrier(s) by the access control device—from the first mode of operation into a second mode of operation upon determining a last exit of any authentication device from the secure control area.

A key for an electromechanical locking device includes a key bow, and with the key bow includes a housing and an, in particular single, button. The housing includes an actuating section for actuating the button and a support section for supporting the actuating section, with the actuating section and the support section being configured in one piece with one another.