EP3543964A1 - Lock for a door - Google Patents

Abstract

The invention relates to a lock (200) for a door with a lock housing (10) - with at least one monitoring means (110) for an actuating device (80), wherein the monitoring means (110) is adapted to be in a closed lock housing (10 an electronic configuration device (100) for carrying out a configuration process (300), wherein the configuration device (100) is designed to monitor the monitoring device (110) in order to use at least one of electrical monitoring signal of the monitoring means (110) perform the configuration process (300).

Description

The invention relates to a lock according to claim 1. The invention also relates to a locking arrangement with a lock according to the invention. The invention further relates to a method for carrying out a configuration process.

Various options for configuring a lock of a door are known from the prior art. Thus, input means can be used to perform the configuration directly in the lock. For example. For this purpose, DIP switches (DIP stands for dual in-line package) can be used, which can be arranged in the lock. A configuration with closed lock housing is not possible.

It is therefore an object of the present invention to at least partially overcome the disadvantages described above. In particular, it is an object of the present invention to enable a cost reduction and / or to provide a safer configuration, which can be done especially in the closed state of the castle.

The above object is achieved by a lock with the features of claim 1, by a locking arrangement with a lock according to the invention according to claim 13 and by a method with the features of claim 14. Further features and details of the invention will become apparent from the respective dependent claims, the description and the drawings. In this case, features and details that are described in connection with the lock according to the invention, also in connection with the closing arrangement according to the invention and the method according to the invention, and in each case vice versa, so that with respect to the disclosure of the individual aspects of the invention always reciprocal reference can be made. In particular, a lock and a locking arrangement are provided with which a method according to one of claims 14 to 16 can be carried out and a method which can be carried out with a lock according to one of claims 1 to 12 or with a locking arrangement according to claim 13 ,

The lock according to the invention is designed for a door, in particular for a building door. In particular, the lock can be designed as a mortise lock.

The lock according to the invention comprises a lock housing. The lock comprises at least one monitoring device for an actuating device. The monitoring means is designed to generate an electrical monitoring signal when the actuation device is actuatable with the lock housing closed.

The lock includes an electronic configuration device for performing a configuration process. The configuration device is designed to monitor the monitoring means to perform the configuration process based on at least one electrical monitoring signal of the monitoring means.

By virtue of the fact that the lock comprises a monitoring means which detects an actuating action which can be carried out when the lock housing is closed, and the configuration device carries out the configuration operation on the basis of the detection of the actuating action, it is not necessary to open the lock housing. Thus, the lock does not need to be opened to perform the configuration process.

Preferably, the monitoring means is arranged in the lock housing. Preferably, the configuration device is arranged in the lock housing.

As an actuating device, an element may be referred to that can be moved mechanically when the lock housing is closed. The mechanical movement can be done by a user. Preferably, the actuating device can be moved mechanically in two, in particular opposite directions. It may be that the directions in which the actuator can be moved is limited to two directions. In this case, the actuating device can be translational or rotationally movable.

The lock may comprise a latch, a latch element and / or a control latch. In particular, the lock comprises at least the latch and the locking element.

The lock may include the actuator or be connectable to the actuator. For example, the actuator may correspond to the latch, the control latch, the latch member, a lock cylinder, or a handle, particularly a door handle, a door knob, or a panic bar. The lock can be connectable to the lock cylinder or the handle.

In particular, the actuating device is movable when the lock, in particular the mortise lock, is already installed in a door. Thus, it is conceivable that the actuating action can be carried out in a built-in a door state of the castle. In particular, the actuator can protrude in the installed state of the lock out of the door. In particular, it is therefore not necessary to remove the lock in order to be able to carry out the configuration process.

It may be that the electrical monitoring means is arranged in the region of the actuating device in order to detect the at least one actuating action. Alternatively, the monitoring means may be in the range of one with the Actuator coupled mechanical element may be arranged. For example, the monitoring means in the region of a nut, which is connectable to the door handle, be arranged.

The monitoring means may be designed as a switch, in particular as a microswitch, or as a sensor, in particular as a reed contact or as a Hall sensor.

The configuration device may include a processor. The configuration device may comprise a memory, in particular a non-volatile memory. For example, the configuration device may comprise a microcontroller, in particular be designed as a microcontroller.

The monitoring means transmits the monitoring signal to the configuration device. For this purpose, the configuration device and the monitoring means can be electrically connected to one another.

It may be that the monitoring means is adapted to generate an electrical monitoring signal at an actuating action, which serves for the transfer of the lock in an unlocked state. In the unlocking state of the lock, in particular a locking element is retracted into the lock housing.

Alternatively or additionally, the monitoring means may be configured to generate an electrical monitoring signal in an actuating action which serves to transfer the lock to a locked state. In the locking state of the lock protrudes in particular a locking element from the lock housing.

The actuating action for transferring the lock into the locking state or unlocking state can in particular correspond to a movement of the lock cylinder.

The monitoring means is adapted to generate an electrical monitoring signal in an actuating action which serves to transfer the lock to a closed state. It may be that the monitoring means is adapted to generate an electrical monitoring signal at an actuating action, which serves for the transfer of the lock in an open state. In a closed state of the lock, in particular, the case can protrude out of the lock housing in such a way that the building door remains closed without an action on the lock. In particular, in the closed state of the lock by an actuating action on the connectable with the lock handle to a transfer of the castle in the open state take place. In the opening state of the lock, the building door can be opened by pressing or pulling on the door leaf. In a first alternative, the latch may protrude from the lock housing in the closed state and may be retracted into the lock housing in the open state. In a second alternative, the trap may be in the Closed state protrude from the lock housing and locked against movement in the lock housing. In the open state, the latch may protrude from the latch housing and release movement into the latch housing. The movement of the case in the lock housing is possible in the open state, in particular by a pressure or train on the building door. In the second alternative, the case z. B. be designed as a cross latch.

The lock can be designed as a self-locking lock. In the self-locking lock, the locking state is produced in particular simultaneously with the closed state.

The lock can be designed as an anti-panic lock. In an anti-panic lock, the opening state can be produced in particular simultaneously with the unlocking state.

The monitoring signal generated during the transfer to the unlocking state, into the locking state, into the closed state and / or an open state can preferably be used to carry out the configuration process. Thus, the monitoring signal is always formed in particular at a transfer of the lock in the unlocked state, in the locked state, in the closed state and / or an open state. Thus, a monitoring signal is used for the configuration process, which also arises in a primary lock function. As a primary lock function, a transfer of the lock in the locked state, in the unlocked state, in the open state and / or in the closed state is referred to.

The monitoring signal detects, in particular directly or indirectly, a specific position of the actuating device. For example, in a particular position of the actuator, the monitoring means configured as a switch may be actuated.

It is conceivable that monitoring signals are used for the configuration process, which serve only for a part of the overpasses of the lock in the unlocked state, in a locked state, in a closed state and / or an open state. So z. As a monitoring signal that is generated in the retraction of the locking element and thus in the transfer of the lock in the unlocked state, are used for the configuration process. On the other hand, a monitoring signal which can be generated in the locking state when the locking element is preconnected, and thus when the lock is transferred, is not used in the configuration process.

It may be that the configuration process is at least partially so feasible that performed an actuation action and to generate a monitoring signal without a primary lock function is performed simultaneously. It is only essential that Monitoring means is adapted to detect a performance of the primary lock function. Thus, during the configuration process, the actuator may be moved such that the movement is ineffective at the lock-unlock, open, and / or closed states. For example, when performing the configuration operation, the lock cylinder can be rotated in the unlocking state of the lock in an unlatching direction. The handle can be moved in an opening direction of the lock in an opening direction. The latter may in particular be the case when the latch is unlocked in the open state.

Preferably, the configuration settable by the configuration process is configured as an electrical configuration of the lock. In particular, the configurable by the configuration process configuration may be formed as an electronic configuration of the castle. Most preferably, the adjustable configuration is a software configuration. The set configuration may be electronically stored in the configuration device.

When setting the configuration by the configuration process, in particular at least one configuration value, preferably a plurality of configuration values, is set.

It is conceivable that a configuration mode must first be initiated to set the configuration. In the configuration mode, it may be possible to set a configuration value. In particular, in the configuration mode, a configuration value can be selected from a plurality of configuration values. Outside of the configuration mode, it is particularly prevented to set a configuration value, in particular to store a configuration value electronically. The initiation of the configuration mode may correspond to a first step in the configuration process. Exiting the configuration mode may correspond to a final step in the configuration process.

It is conceivable that in the configuration mode at least one configuration menu, preferably several configuration menus are accessible. Preferably, it is possible to switch between several configuration menus within the configuration mode. The configuration menus can be z. B. serve to group the configuration values into groups. Thus, in the configuration menus z. B. in each case several configuration values are available. Setting a configuration value can be done within a configuration menu.

It is conceivable that an input for the configuration process is performed by the at least one monitoring signal. An input for the configuration process can, for. B. to initiate a configuration mode and / or to exit the configuration mode. An input for the configuration process can, for. B. for adjustment or for Changing a configuration value, especially within a configuration menu, done. An input for the configuration process can, for. B. to change the configuration menu done.

The lock, in particular the configuration device, may comprise a timer device. In particular, the time can be measured by means of the timer device.

The configuration device uses a time period determined by the timer device to perform the configuration process. The time span can be determined by the configuration device, in particular by the timer device. Thus, the configuration device is available as a further input for the configuration process the determined period of time. The configuration device may combine the reception of the monitoring signal with the time to perform the configuration process.

For example, the configuration device may interpret the monitoring signal as an input to the configuration process only if the electrical monitoring signal has been generated for at least a predetermined amount of time. For example, a monitoring signal for initiation of the configuration mode must be maintained for a certain period of time, e.g. 10 s, to initiate the configuration mode. In contrast, a monitoring signal generated for a shorter period does not initiate the configuration mode. As a result, a special security can be achieved that the configuration mode is not initiated unintentionally. It may be that a monitoring signal for terminating the configuration mode for a certain period of time, z. 10 seconds, to terminate the configuration mode. On the other hand, a monitoring signal generated for a shorter period of time does not terminate the configuration mode. The period of time to initiate the configuration mode and the time to complete the configuration mode may be identical or different. The predetermined time period for initiating the configuration mode and the specific period for ending the configuration mode may be stored in the configuration device.

If several different inputs for the configuration process are obtained by means of the same monitoring signal, different inputs can be distinguished from one another on the basis of different specific time periods.

The timer device of the lock is preferably provided in order to make the configuration process activatable for a limited time. In particular, the configuration process can only be carried out within a predetermined period of time after a system start time of an electronic system of the lock. The electronics of the lock may be the configuration device. This can be a particular security can be achieved that the configuration mode is not initiated unintentionally. The predetermined period of time may be stored in the configuration device.

Preferably, the timer device of the lock is provided to terminate the configuration mode when, for a predetermined time interval long after initiation of the configuration mode, the configuration mode has not been terminated by an input, in particular by means of a supervisory signal. In this case, preference is not given to setting a configuration. The configuration values selected during configuration mode are not saved. The configuration values selected during the configuration mode are not used as a configuration for the operation of the lock. The predetermined time interval may be stored in the configuration device.

It may be that the configuration mode is terminated when the power supply is interrupted. In this case, preference is not given to setting a configuration. The configuration values selected during configuration mode are not saved. The configuration values selected during the configuration mode are not used as a configuration for the operation of the lock.

At least one monitoring means, the monitoring signal of which serves to carry out the configuration process, can detect an actuating action for which an authentication means is required. The authentication means serves, in particular, to identify the user as authorized to transfer the lock to the unlocking state. The authentication means is designed individually for the lock. The monitoring means is designed to detect an actuating action of an authorized user. By using an actuating action that can be carried out by means of the authentication means for carrying out the configuration process, the configuration process can only be carried out by an authorized user. The authentication means may, for. B. be designed as a particular mechanical key. The monitoring means may serve to detect the movement of a lock cylinder. In particular, the monitoring signal generated by means of the authentication means is necessary to initiate the configuration mode.

The lock may comprise at least a first monitoring means and a second monitoring means. In particular, a combination of a monitoring signal of the first monitoring means and a monitoring signal of the second monitoring means may serve to adjust the configuration of the lock. Different In summary, monitoring signals from various monitoring means are used to perform the configuration process.

The first monitoring means may be configured to generate an electrical monitoring signal at an actuating action on a first actuating element. The second monitoring means is adapted to generate an electrical monitoring signal at an actuating action on a second actuating element. Thus, the first and second monitoring means respectively detect different operation actions. The actuating action can serve to carry out a primary lock function, that is to say a transfer of the lock into the unlocking state, into the locking state, into the closed state and / or an open state.

For example, a monitoring signal of the first monitoring means can serve to initiate the configuration process. A monitoring signal of the first monitoring means can serve to end the configuration process. In the configuration mode, a monitoring signal of the second monitoring means can serve to set or change a configuration value. As a result, the configuration process can be configured particularly simply for the user.

Preferably, the monitoring signal which can be generated by means of the first actuating element can serve to change the configuration menu. The monitoring signal which can be generated by means of the second actuating element can be used to set or change a configuration value within a configuration menu. As a result, the configuration process can be configured particularly simply for the user.

The monitoring means may serve to monitor a lock cylinder for movement of the lock element of the lock, preferably by a lock cylinder actuation as a first actuation action. The monitoring means may, for. B. be designed as a cylinder contact. The cylinder contact is used to detect an actuation of the lock cylinder. For example, the first actuating element correspond to the lock cylinder. The first monitoring means may correspond to the cylinder contact.

The monitoring means may serve to monitor a handle for moving or releasing a latch of the latch, preferably by a handle operation, as a second actuating action. The monitoring means may, for. B. be designed as a handle contact for detecting an actuation of the handle. For example, the second actuating element correspond to the handle. The second monitoring means may correspond to the pusher contact.

The monitoring means may serve to monitor a control latch for releasing the movement of the latch member, preferably by a control latch operation as a third actuating action. The monitoring means may be designed as a control case contact. The control case contact may be used to detect actuation of the control latch.

Preferably, the electrical monitoring signal, which can be generated by the respective actuating action, serve only in a configuration mode for setting a configuration of the lock.

In particular, the configuration process is carried out on the basis of a detection combination and / or detection sequence of the monitoring means. For this purpose, in particular at least two monitoring means are used. The at least two monitoring means may be selected from the mentioned monitoring means. Preferably, at least the monitoring means is used to monitor the lock cylinder. The monitoring agents may be z. B. to act the monitoring means for monitoring the lock cylinder and the monitoring means for monitoring the handle.

It is particularly advantageous if the detection sequence is combined at least in part with a determined time interval of the timer device. This can be done very many different input.

The lock may comprise the locking element, which is movable by a first actuating action on the actuating device, in particular by a manual operation of a lock cylinder, from a locking position to an unlocking position to perform as a first primary lock function unlocking, wherein a producible by the first actuating action first monitoring signal in a configuration mode is used as input in the configuration process.

The lock may include the latch which is movable from a closed position to an open position by a second actuating action on the actuating device, in particular by a manual operation of a handle to perform a door opening as a second primary latching function, wherein a door opening can be generated by the second actuating action Monitoring signal in a configuration mode as input to the configuration process is used. Preferably, in combination with the first monitoring signal, a configuration of the lock can be set by the second monitoring signal in the configuration process.

The configuration process is preferably carried out in a built-in a door state of the castle.

In particular, the configuration device requires only inputs of the at least one monitoring means, preferably at least of the first and the second monitoring means, and optionally of the timer device in order to carry out the configuration process. By virtue of the fact that an electrical monitoring signal can be generated on the monitoring means in the installed state of the lock by virtue of the actuating element accessible in the installed state of the lock being movable on the door, it is not necessary to disassemble the lock from the door in order to carry out the configuration process perform. In particular, it may be sufficient to generate the electrical monitoring signals that are used as input to the configuration process by means of the respective monitoring means. In this case, in particular the length of the generated monitoring signals for the configuration process can be essential.

The configuration device may be electrically connected to an interface device of the lock for connection to at least one bus system. The interface device can be designed as a plug connector, in particular as a plug or as a socket. The lock may include the interface device. The interface device may at least partially protrude from the lock housing. It is conceivable that the interface device is arranged on the lock housing such that a complementary connector can be connected to the interface device without opening the lock housing.

The configuration process can in particular make an interface connection configurable. Here, the interface connection is defined, whether and how the interface device is connected to the rest of the electronics of the castle. Preferably, only the interface connection can be configured by the configuration process.

1. a. ein Stand-Alone Betrieb,
2. b. ein Betrieb in einem Bussystem
3. c. ein Betrieb in einem auszuwählenden Bussystem, wobei mehrere Bussysteme zur Auswahl stehen,
4. d. eine Busadresse,
5. e. das Zuschalten oder Abschalten eines Abschlusswiderstands.

It may be that at least one, preferably several, of the following options can be set as the configuration value:

1. a. a stand-alone operation,
2. b. an operation in a bus system
3. c. an operation in a bus system to be selected, wherein a plurality of bus systems are available for selection,
4. d. a bus address,
5. e. the connection or disconnection of a terminating resistor.

It is conceivable that different configuration values can be set in different configuration menus.

So at least two of the options a. to c. be adjustable in a first configuration menu, in particular a main menu. In this case, the user can first decide whether the lock should be operated in a stand-alone mode (option a.) Or in a bus system (option b.). If it is possible to choose between several bus systems, the user can first decide in the first configuration menu whether the lock should be operated in a stand-alone mode (option a.) Or in which bus system (option c.).

If the or a particular bus system has been selected in the first configuration menu, the bus address (option d.) Can be selected in a second configuration menu, in particular in a submenu, and / or a termination resistor can be selected (option e.). It is also conceivable that a second configuration menu, in particular a submenu, the bus address can be selected (option d.) And in a third configuration menu, in particular a further submenu, the terminating resistor can be switched on (option e.).

Alternatively, it is possible to set a bus address (option d.) And / or a connection of a terminating resistor (option e.) For a given bus system in the configuration process.

At least if an electrical connection which can be used for the bus system is located in the interface device, the selection between the option a. and b. (or c.) is a selection of a software setting. A selection between different bus systems (option c.) May be configured as a selection of a software setting. A selection of a bus address (option d.) May be configured as a selection of a software setting. Thus, it is sufficient for a user to set the configuration. For the user it is not necessary to change the hardware. Thus, the changeover of the operation of the lock can be done only by adjusting the configuration and thus in particular in the installed state of the castle.

The connection of a terminating resistor (option e.) Can be automated by setting the configuration accordingly.

The lock may comprise an electromechanical actuator, in particular an electric motor. The configuration device preferably also serves as a control device for the electromechanical actuator. Thus, multiple functions may be integrated in the configuration device.

The configuration value that can be set by the configuration process may correspond to an opening period of how long the latch member is held retracted by the actuator in the latch housing (option f.). It may be that the opening duration is the only configuration value that can be set by means of the configuration process. Alternatively, the opening duration may be in addition to at least one further configuration value, in particular a configuration value a. to e., be adjustable in the configuration process.

The lock can be connectable to a central office, in particular via the bus system. The central office can in particular serve to enable a security guard to monitor several locks.

A locking and / or closing state of the lock, which is determined by the configuration device by the monitoring signal of the monitoring means, can be forwarded to the center. In particular, the locking and / or closing state of the lock can be forwarded via the interface device. The configuration device can thus serve as a further function to evaluate the monitoring signals and forward so that in particular from a distance, the locking and / or closing state of the castle can be controlled.

It is conceivable that an error message can be generated by the configuration device on the basis of the at least one monitoring signal, preferably several monitoring signals. The configuration device preferably receives monitoring signals from various monitoring means. In particular, the lock cylinder, the control latch and / or the trap are monitored. Furthermore, a slide of the lock, the locking element of the lock and / or the electromechanical actuator can be monitored by means of its own monitoring means of the configuration device. By means of the monitoring signals, the configuration device can monitor the proper functioning of the lock. Thus, the configuration device may have another function, namely to monitor the proper functioning of the lock. If the lock does not work properly, the configuration device generates the error message. The error message can be visually and / or audibly displayed and / or transmitted to the control center.

For example, the monitoring device will generate an error message in the case of monitoring signals which detect that both the control latch and the locking element protrude from the lock housing. The tax trap protrudes out of the lock housing only when the door is open. When the door is open, however, the locking element may not protrude than the lock housing, since then the door is no longer closable. The configuration device causes the error to be visually and / or acoustically displayed and / or transmitted to the control center.

The lock may include a display device. The display device can be designed to emit optical and / or acoustic signals. The signals can illustrate information. The information may be coded or uncoded displayable.

The display device may be arranged in or on the lock housing. In particular, the display device is arranged in the lock housing.

In particular, the display device can emit different, in particular optical signals. In particular, the display device can emit light of several colors. For example, the display device may include a multi-color LED, e.g. As an RGB LED include or a multi-color LED, z. B. a RGB LED correspond. In this case, the display device may have a plurality of individual LEDs. The different colors are partly generated by the simultaneous light emission of the individual LED of the multi-color LED. In this case, different colors can be generated by different light components of the individual LEDs.

It is conceivable that the display device can be controlled in such a way that light can be emitted by the lighting means in at least two, preferably in at least three, particularly preferably in at least four different colors. Due to the different colors, different states of the castle can be displayed particularly well.

To display different states of the lock, additionally or alternatively, the display device may emit light continuously or in at least one flashing pattern. In particular, several flashing patterns can be provided.

It is conceivable that the display device is controlled by the configuration device.

Preferably, the display device is arranged such that, for an installed state of the lock, the light of the display device in the open state of the door is visible to the user. Particularly preferably, the display device is arranged such that for an installed state of the lock, the light of the display device is visible only in the open state of the door for the user.

It is conceivable that the lock preferably in the closed state of the door and installed state of the lock has a for the user inaccessible forend in which the display device is arranged such that the light emitted by the display device light is visible only in the open state of the door ,

It may be that the light emitted by the display device is visible through an opening in the lock housing for a user. The display device can in the Be arranged lock housing. Particularly preferably, an opening is used which is used for a further element. For example, the opening for the locking element, the control latch or the trap can be used. For example, it is conceivable that the light of the display device is visible to the user through an opening in the lock housing, through which the locking element can be protruded from the lock housing in the locking position.

It is conceivable that the error message can be displayed by the display device. Additionally or alternatively, a set configuration value can be displayed by the display device. Thus, a configuration feedback for a user of the lock can be displayed by the display device.

It is conceivable that during the operation of the lock, in particular outside the configuration mode, a set configuration value can be displayed by the display device. The configuration value which can be displayed during the operation of the lock can correspond in particular to stand-alone operation (option a.), Operation in the bus system (option b.) And / or the selected bus system (option c.). It is conceivable that during operation of the lock, in particular outside the configuration mode, a configuration value set in the main menu can be displayed by the display device.

It may be that the different adjustable configuration values are each displayed differently by the display device. So z. For example, different colors and / or different flashing patterns may be provided for different configuration values. It is conceivable that different colors are provided for configuration values of a configuration menu, in particular the main menu. For configuration values of a further configuration menu, in particular a submenu, different flashing patterns can be provided. Particularly preferably, the configuration value displayed during the operation of the lock is indicated by a continuous light emission. It is conceivable that in the configuration mode light is emitted with a flashing pattern of the display device.

It is preferably provided that the display device is switched off when the lock is in the closed state or in the locked state. This prevents a malicious user from receiving information about the set configuration, in particular via a bus system connected to the lock. For example, the indicator may be disabled when the control trap monitoring means generates an electrical monitor signal that the control latch is retracted into the lock housing. It may be that the shutdown is omitted if the display device indicates a faulty state. The faulty state can correspond to the faulty state of the lock and / or the counter lock. It can be that the display device is turned off when the lock is in a locked state and when the display device indicates a non-defective state, in particular a configuration value of the lock.

It can be provided that the configuration process is carried out with the door open so that the display device is visible during the configuration process. It is preferably provided that the display device is visible during the entire configuration process in the mounted state of the lock. In particular, a movement of an element of the lock, in particular of the locking element or the latch, obstructing the display device may be unnecessary during the configuration process and / or the visibility of the display device may be ensured during a movement of the element. It is conceivable that z. B. the transfer to the locked state during the configuration process is not provided, since in the locked state of the lock protruding from the lock housing locking element could hinder or prevent the visibility of the display device.

It may be that the display device displays as configuration confirmation during the configuration process a configuration value that has just been selected. This gives the user feedback about the value just selected. It is conceivable that the initiation of the configuration mode, the termination of the configuration mode and the change of a configuration menu by the display device is visualized. Preferably, the configuration menu in which the user is located and / or a preset configuration value of the configuration menu, which is currently changeable by the user, can be visually displayed by the display device.

It is conceivable that a set configuration value is displayed when the system starts up. Preferably, several set configuration values, in particular all set configuration values, are displayed during system startup. This allows the user to get a more accurate picture of the configured configuration at system startup than during operation. In this case, in particular different different flashing patterns, in which different colors are used, are provided at the system start. In particular, a configuration value displayed during the configuration process and / or at system startup may differ from or be additionally provided by the configuration value displayed during operation of the lock. For example, at startup, a bus address or the connection or disconnection of a terminating resistor can be displayed by the display device.

The object of the invention is also achieved by closing arrangement. The closing arrangement according to the invention comprises a lock according to the invention, as it is in the context of Revelation is described, in particular according to one of claims 1 to 12, and a lock cylinder and / or a handle. The lock cylinder and / or the handle are in this case connected to the lock, in particular inserted into the lock. The lock cylinder and / or the handle serve as an actuator.

1. a. Detektieren wenigstens einer Betätigungshandlung an einer Betätigungsvorrichtung,
2. b. Auswerten der detektierten Betätigungshandlung, um ein Auswertungsergebnis zu bestimmen,
3. c. Unterscheiden zwischen einer primären Betätigung der Betätigungsvorrichtung zur Betätigung einer primären Schlossfunktion des Schlosses und einer sekundären Betätigung der Betätigungsvorrichtung zur Eingabe für den Konfigurationsvorgang anhand des Auswertungsergebnisses,
4. d. Durchführen des weiteren Konfigurationsvorgangs, wenn eine sekundäre Betätigung vorliegt.

The object of the invention is also achieved by a method for carrying out a configuration process in a lock, in particular according to one of claims 1 to 12, or a closing arrangement, in particular according to claim 13. The method according to the invention comprises the following steps:

1. a. Detecting at least one actuating action on an actuating device,
2. b. Evaluating the detected actuating action to determine an evaluation result,
3. c. Distinguishing between a primary actuation of the actuation device for actuating a primary lock function of the lock and a secondary actuation of the actuation device for inputting the configuration process on the basis of the evaluation result,
4. d. Performing the further configuration operation when there is a secondary operation.

In particular, the steps a. d. performed in succession.

It is preferably provided that the differentiation is carried out on the basis of a period of time between a detection time of the actuating action and a system start time of an electronic system of the lock and / or on the basis of an actuation duration of the actuating action. The actuation duration may be correlated with the predetermined period of time, in particular corresponding to the predetermined time span.

Preferably, the lock is transferred to a configuration mode only if the period is less than 6 minutes or less than 11 minutes or less than 21 minutes and / or the actuation time is greater than 4 seconds or greater than 9 seconds or is greater than 14 seconds. For example, the period may be between one minute and 30 minutes, preferably between 3 minutes and 20 minutes, more preferably between 5 minutes and 15 minutes. The actuation time can be between 2 seconds and 20 seconds, preferably between 5 seconds and 15 seconds, particularly preferably between 8 seconds and 12 seconds.

It may be that only in the configuration mode, a configuration of the lock is set, and otherwise only the primary lock function is performed by the actuating action.

In the configuration mode, different monitoring means are preferably evaluated for different actuating actions. The different actuating actions can operate different primary lock functions. In particular, only in the configuration mode, different actuating actions can be assigned to different configuration functions.

Preferably, a first configuration function corresponds to a change of a configuration menu. A second configuration function may correspond to setting a configuration value. The definition of a configuration value can be carried out in particular within a configuration menu. Preferably, a lock cylinder actuation is assigned to the first configuration function. A door handle operation may be associated with the second configuration function.

• Fig. 1 eine schematische Darstellung eines erfindungsgemäßen Schlosses, und
• Fig. 2 eine schematische Darstellung zur Visualisierung eines erfindungsgemäßen Konfigurationsverfahrens.

Further advantages, features and details of the invention will become apparent from the following description in which, with reference to the drawings, embodiments of the invention are described in detail. The features mentioned in the claims and in the description may each be essential to the invention individually or in any desired combination. Show it:

• Fig. 1 a schematic representation of a lock according to the invention, and
• Fig. 2 a schematic representation of the visualization of a configuration method according to the invention.

In the following figures, the identical reference numerals are used for the same technical features of different embodiments.

In FIG. 1 schematically, a lock 200 according to the invention is shown in a side view. It can be seen that some components of the lock 200 are arranged completely in a lock housing 10, such. B. a configuration device 100. The configuration device is electrically connected to monitoring means 110, in particular monitoring contacts 110.

Also is in FIG. 1 a closure assembly 1 according to the invention shown. The closing arrangement 1 according to the invention comprises the lock 200 according to the invention as well as a lock cylinder 86 shown purely schematically as well as a handle 85 shown purely diagrammatically. Notwithstanding the illustration in FIG FIG. 1 is in the closing arrangement 1 according to the invention, the lock cylinder 86 in an opening 82 of the Castle 200 used. A nut 81 of the lock 200 is connected to the handle 85. The lock assembly 1 includes the lock 200, the lock cylinder 86 and the handle 85. The lock 200 does not include the lock cylinder 86 and the handle 85.

The lock 200 includes at least one actuator 80 or is connectable to at least one actuator 80. The actuating device 80 serves to carry out at least one primary lock function. This primary lock function corresponds for example to a transfer of the lock 200 from a locked state to an unlocked state. The primary lock function may additionally or alternatively correspond to a transfer of the lock 200 from a closed state to an open state. The transfer of the lock 200 from the closed state to the open state or the transfer of the lock from the locked state to the unlocked state is to be regarded as an actuating action.

The transfer of the lock 200 from a locked state to an unlocked state may be effected by an operation of the lock cylinder 86. Thus, the lock cylinder 86 may correspond to the actuator 80. The lock 200 has the opening 82 in which the lock cylinder 86 is inserted. By the actuation of the lock cylinder 86 can be a mechanism 20 of the lock a locking element 20 from a in FIG. 1 indicated pickup of a strike plate are moved out to unlock the door. In the unlocked state, the locking element 20 is retracted into the lock housing 10. In the locked state, the locking element 20 protrudes from the lock housing 10. The strike plate is not part of the lock 200 according to the invention.

As a further primary closing function, a transfer of the lock 200 from a closed state to an open state may be effected by an operation of the handle 85. The handle 85 may thus correspond to the actuator 80. The lock has the nut 81 into which the handle 85 can be inserted. By the handle 85, a mechanism of the lock 200 is also actuated, by which a latch 70 is released and / or moved. In this case, the latch 70 may also be located in a closed position of the door in a recording of the strike plate shown schematically with a dashed line. By the operation of the handle 85, the lock 200 is transferred from a closed state to an open state. In the open state, the latch 70 is retracted or released into the latch housing 10 so that the latch can retract into the latch housing 10 upon an opening movement of the door. In the closed state, the latch 70 protrudes from the lock housing 10. It may be that in the closed state, a movement of the latch 70 in the Lock housing 10 is prevented. In particular, in one embodiment of the invention, the latch 70 is retracted into the lock housing 10 in the open state of the lock 200 and projects out of the lock housing 10 in the closed state. In an alternative embodiment of the invention, the latch 70 protrudes from the lock housing 10 in the open state and the closed state of the lock 200. In this case, a retraction of the latch 70 is released into the lock housing 10 and prevented in the closed state in the opening state of the lock.

A further primary closing function may optionally be performed by means of a control catch 83 of the lock 200, e.g. B. when the control catch 83 is pressed over the strike plate when closing the door. The actuator 80 may thus correspond to the control latch 83. A movement of the control catch 83, as a primary lock function, may serve the purpose of affecting movement or locking of the latch 70 and / or the latch member 20. For example, the control catch 83 may be involved in a locking operation, in particular a self-locking operation.

The actuation of the actuators 80 can be done externally by a user, even if the lock 200 is already installed in a door.

The operation of the lock cylinder 86 and the handle 85 can be done even with the door closed. The situation is different with a forend 11, which is accessible only when the door is open. In this forend 11 can, for. B. the tax trap 83 and / or the latch 70 and / or the latch member 20 may be arranged. In order to be able to carry out a configuration process 300 in addition to these described primary lock functions, the configuration device 100 is integrated in the lock 200. The configuration device 100 is arranged in the lock housing 10. The configuration process 300 is in FIG. 2 shown.

The configuration device 100 is connected to one or more electronic components of the lock 200, which serve as monitoring means 110 for monitoring the actuation. For example, a pusher contact 111, an actuation action on the nut 81, and thus z. B. the operation of the handle 85, detect. A cylinder contact 112 may, for. B. serve to determine an actuation action on the lock cylinder 86. Further, a control case contact 113 may be provided to detect a depression of the control latch 83 as an operation. In an actuating action, an electrical monitoring signal is generated by the respective monitoring means 110 received by the configuration device 100. In this way, a configuration of the lock 200 can be adjusted, as will be described in more detail below. An actuation action that generates an electrical monitor signal may serve as an input to the configuration process.

The actuating action, which generates an electrical monitoring signal and serves as input for the configuration process 300, can also be carried out in such a way that at the same time no primary lock function is performed. For example, in the open state, the handle 85 may be actuated again in an opening direction to generate the electrical monitoring signal for the configuration process 300, but without affecting the state of the trap 70. The lock cylinder 86 can be operated in the unlatching state of the lock 200 in the unlatching direction to generate the electrical monitor signal for the configuration process 300 without changing the state of the latch member 20.

In particular, the configuration process 300 serves for selecting settings or establishing configuration values 360 for an interface device 130. This interface device 130 advantageously serves for electronic connection to a bus system, not shown. The lock 200 can be network-controlled and / or monitored via the bus system. The interface device 130 is designed as a plug connector.

At least one input for the configuration process 300 can be linked to further prerequisites, eg. B. at least one time requirement. This can be provided by a timer device 140 as a further part of the electronics of the closing arrangement 200. The timer device 140 may be integrated with the configuration device 100 (not shown).

The lock 200 includes a display device 120. The display device 120 may emit light. The display device 120 is formed as an RGB LED. By means of the display device 120, the user can optically monitor the configuration process 300. For this purpose, the display device 120 can emit light of different colors and / or flashing patterns.

The display device 120 is electrically connected to the configuration device 100. The configuration device 100 may control the display device 120. In order to visualize the configuration process, the configuration device can control the display device 120 in such a way that light of different flashing patterns and / or different colors are emitted.

The display device 120 is arranged in the lock housing 10. The light emitted by the display device 120 is perceivable by the user through an opening 21 of the lock housing 10, through which the locking element 20 is movable. The light of the display device 120 is thus visible through the forend 11. The light of Display device 120 is thus visible only when the door is open or through a door gap. The visibility of the light emitted from the display device 120 is greater when the latch member 20 is in the unlocked state than when the latch member 20 is in the latched state. When the door is closed, the light of the display device 120 is turned off.

The lock 200 may include an electromechanical actuator, not shown, in particular an electric motor. By means of the electromechanical actuator, the lock can be converted into the locked state and / or in the unlocked state. The configuration device 100 can also serve as a control device for driving the electromechanical actuator.

Via the interface device 130, the configuration device 100 can transmit a state of the lock 120 to a central office. Here, the configuration device 100 can determine the state of the lock on the basis of the electrical monitoring signals that the configuration device 100 has received. In this case, the state of the lock can also correspond to a faulty state of the lock. The configuration device 100 may indicate a faulty electrical condition of the lock, e.g. As a wrong or missing power supply or a lack or lack of emergency power supply, determine. The configuration device 100 may send an error message via the interface device 130. The configuration device 100 may cause the display device 120 to display the faulty state of the lock 200.

In FIG. 2 schematically a configuration method 300 according to the invention is shown. Initially, a configuration mode 301 of the configuration device 100 is initiated. The configuration mode here is an electronic, in particular software-related, state of the configuration device 100 in which at least one configuration value can be set. Outside configuration mode, setting a configuration value is prevented. This is intended to prevent inadvertent changeover of a configuration value by an actuating action. The initiation of the configuration mode 301 corresponds to a first input for the configuration process 300.

The initiation of the configuration mode 301 may include, for example, a lock cylinder actuation as a first actuation action 311. The lock cylinder actuation 311 generates an electrical monitor signal on the cylinder contact 112 which serves as an input to the configuration process in the configuration device 100. The initiation of the configuration mode 301 is coupled to another prerequisite. The further requirement for the initiation of the configuration mode 301 corresponds to an actuation duration of the first actuation action 311, z. At least 10 seconds. As a result, a monitoring signal of at least 10 seconds is generated at the cylinder contact 112. A lock cylinder operation, which is carried out for longer than the operation time, is in FIG. 2 represented by the reference numeral 311. This operating time can z. B. be determined via the timer device 140. This further requirement allows that is not accidentally changed into the configuration mode, since a shorter lock cylinder operation only leads to the operation of the associated primary lock function, ie the unlocking of the door or in the unlocked state of the door is ineffective.

To further avoid inadvertent initiation of the configuration mode, performing the configuration process and thus initiating the configuration mode can only be accomplished within a predetermined time period, e.g. B. 20 minutes after a system start time of the configuration device 100. The period is determined by the timer device 140.

Based on the duration of operation and the time period, the configuration device 100 may evaluate and discriminate whether the lock cylinder 86 has been actuated to move the lock 200 to the unlocked state or if the lock cylinder 86 is operating as an input to the configuration process 300, in particular to initiate the configuration mode 301 has been. Based on the duration of operation and the period of time, the configuration apparatus 100 may thus distinguish whether it is an operation to perform a primary lock function or a secondary operation. If the configuration device 100 decides that it is a secondary operation, the configuration device 100 changes to the configuration mode and executes the further configuration process 300. If the configuration device 100 decides that it is an actuation action for performing a primary lock function, then the configuration device 100 remains outside the configuration mode.

After successfully initiating the configuration mode 301, the first actuation action 311, a second actuation action 320, and a third actuation action 310 may be used to generate further inputs to the configuration process 300. At least one monitoring signal of the corresponding monitoring means 110, which the configuration device 100 can use for the configuration process 300, is respectively generated by the further actuating actions 310, 311, 320.

The second actuating action may correspond to an actuation of the handle 85. The third actuating action 310 may correspond to an actuation of the lock cylinder 86 during the actuation period.

The configuration mode comprises a plurality of configuration menus 330, 340, 350, 370. In each configuration menu 330, 340, 350, 370, at least one configuration value 360a, 360b, 360c, 360d, 360e, 360f, 360g, 360h, 360i, 360j, 360k, 360l, 360m. For the configuration values 360a, 360b, 360c, 360d, 360e, 360f, 360g, 360h, 360i, 360j, 360k, 360l, 360m, the reference numeral 360 is used in the following in summary, unless a more precise reference use is necessary. By setting at least one configuration value 360, preferably by setting a plurality of configuration values 360, the configuration is set. The configuration is set in particular by setting at least two configuration values 360 from at least two configuration menus 330, 340, 350, 370.

A first configuration menu 330 is configured as a main menu. From the main menu 330, it is possible to switch to further configuration menus 340, 350, 370. The other configuration menus serve as a submenu. To change the configuration menu 330, 340, 350, 370, an operation is required. In other words, a change of the configuration menu 330, 340, 350, 370 takes place by generating a monitoring signal.

In the submenu 340, configuration values 360d, 360e, 360f, 360g can be set which belong to the configuration value 360b which can be set in main menu 330. In the submenus 350, 370, configuration values 360h, 360i, 360j, 360k, 360l, 360m can be set which belong to the configuration value 360c which can be set in main menu 330. It is only possible to enter the submenu 340 if the configuration value 360b is previously present in the main menu as the set configuration value. It is only possible to enter the submenus 350, 370 if the configuration value 360c has previously been present in the main menu as the set configuration value. For example, in the selection of the second configuration value 360 b and subsequent cylinder actuation 310, the change into the configuration menu 340 takes place. If the third configuration value 360 c is selected and then the cylinder operation 310 is selected, the change to the configuration menu 370 ensues.

Each configuration menu 330, 340, 350, 370 of the embodiment of the FIG. 2 each includes alternative configuration values 360. Only one of the configuration values 360 can be selected and set from the configuration values 360 of a configuration menu 330, 340, 350, 370.

Each configuration menu includes a preset configuration value. To set a configuration value 360 other than the default configuration value within a configuration menu 330, 340, 350, 370 requires an act of action and thus the generation of a supervisory signal.

In order to make the configuration process 300 easy for the user, the same actuation action may always be required for the change of the configuration menus. This actuation action may, for. B. the third operation act 310 correspond. Within the configuration menus, always the same actuating action of the configuration value 360 can be set. This actuation action may, for. B. correspond to the second actuating action. So z. B. between the configuration menus 330, 340, 350, 370 are each changed by the short operation of the lock cylinder and thus the cylinder contact 112. Within each of the configuration menus 330, 340, 350, 370, it is possible to change from a configuration value 360 to the next configuration value 360 by operating the handle and thus the trigger contact 111.

For example, in the main menu 330, an operation mode of the lock 200 may be set. A first configuration value 360a can be, for example, the stand-alone mode, a second configuration value 360b the use of a first bus system, and a third configuration value 360c the use of a second bus system. For example, the configuration value 360a is set as a preset configuration value. In the first handle operation 320, the configuration value 360b is changed and the configuration value 360b is set. In a second handle operation 320, the configuration value 360c is changed and set. A third handle operation returns to the first configuration value 360a.

Parameters for the use of the first bus system can be set in the configuration menu 340. For example, the configuration value 360d may correspond to a first bus address, the configuration value 360e to a second bus address, the configuration value 360f to a third bus address, and the configuration value 360g may correspond to a fourth bus address. The change between the configuration values 360d, 360e, 360f and 360g is possible by the operation of the handle and by the generation of a monitoring signal at the trigger contact 111.

Parameters for the use of the second bus system can be set in the configuration menu 370. For example, the configuration value 360j may correspond to a first bus address, the configuration value 360k may correspond to a second bus address, the configuration value 3601 may correspond to a third bus address, and the configuration value 360m may correspond to a fourth bus address. The change between the configuration values 360j, 360k, 360l and 360m is through the Operation of the handle and by the generation of a monitoring signal on the trigger contact 111 possible.

In configuration menu 350, configuration values 360h and 360i may be used to determine whether a terminator should be used for the second bus system. The change between the configuration values 360h and 360i is possible by the actuation of the handle and by the generation of a monitoring signal at the trigger contact 111.

About a further operation, such as a lock cylinder actuator 310 a predetermined period of operation, for. B. over at least 10 seconds, then from each menu item 330, 340, 350, 370 out of the configuration mode can be terminated (marked with the reference numeral 390).

Properly terminating the configuration mode will save the set configuration values and use them as a configuration to operate the lock. If the configuration mode is not affected by the input 390 within a predetermined time interval, e.g. 5 minutes, the set configuration values are not used as a configuration for the operation of the lock. In addition, it may be possible that after an initiation of the configuration mode after a predetermined timeout, z. 5 minutes, the configuration mode is automatically ended.

It may be possible that during the configuration process, ie in the configuration mode, no remote control of the closing arrangement 200, z. B. via the bus system, is possible, the remote control is disabled in the configuration mode. For example, it can also be prevented in the configuration mode that a motor activity of an actuator of the closing arrangement 200 takes place. Optionally, the configuration mode may thus be similar to or correspond to the stand-alone operation of the latch assembly 200 in which signals at the input of the interface device 130 are ignored.

It may be possible that after successful initiation of the configuration mode, the configuration process 300 is always continued in the first configuration menu 330 for the selection of the operating mode.

It may be possible for each pusher 320 to toggle the configuration values 360 within a configuration menu 330, 340, 350, 370 such that after one complete pass of all configuration values 360 of a configuration menu 330, 340, 350, 370, the run again starts at the first configuration value of this configuration menu.

In order to make it clear to the user which configuration value is currently selected, the display device 120 can be used.

For example, depending on the selected configuration value, different displays may occur, e.g. B. the display device 120 in different colors light up and / or flashing. For example, when selecting a first configuration value 360 a, the display device 120 emit an orange light signal, upon selection of the second configuration value 360 b the display device 120 emits a blue light signal and when the third configuration value 360 c is selected, the display device 120 emits a yellow light signal. Furthermore, it can be provided that in the second configuration menu 340 or in the configuration menu 370, the current selection of the bus address is indicated by a blink code of the display device 120. Also, in the configuration menu 350, the selected configuration value 360h, 360i may be indicated by a blink code.

After completion of the configuration mode 390, the configuration made can be permanently stored in a memory device of the configuration device 100 (not shown in more detail). Also for this termination process signaling can be done by the display device 120, z. B. by the output of a light signal in a particular color.

Furthermore, it may be possible that after the completion of the configuration process outside the configuration mode, the display device 120 signals the selected mode, for. B. by the color code described above, ie the output of a light signal in one of the selection of the configuration value 360 associated color.

In the following example two configuration settings are described:
Before starting the configuration process 300, the lock 200 is in stand-alone operation. The display device 120 lights up orange when the door is open. By actuating the lock cylinder 86 for at least 10 seconds, the configuration mode is first initiated. In configuration mode, the display 120 begins to flash orange. Through a handle operation 320, the display device 120 starts to flash blue and signals that the function value 360b of the first configuration menu 330 has now been selected. By a further handle operation 320, an operation in a second bus system is set as the function value 360c. This indicates the display device 120 by a yellow blinking. By a short operation of the lock cylinder 86 is changed to the configuration menu 370. Now you can set the bus address for the second bus system. The display device 120 periodically flashes green once periodically to indicate that the function value 360j, and hence the first bus address, is Presetting available. The function value 3601 and thus the third bus address can be set by a two-time press operation 320. This setting indicates the display device 120 by a periodically repeated, three-times green blinking. By a short lock cylinder operation 310 can be changed to the configuration menu 350. Here, the terminating resistor can be switched on by means of the function value 360h and the terminating resistor can be switched off by means of the function value 360i. The display device 120 indicates by green light that the terminating resistor is currently switched on and that the function value 360 h is preset. On the other hand, with a preset value 360 i, the indicator would glow red. The user wishes to maintain the function value 360h and terminates the configuration mode by means of a lock cylinder actuation 311 for at least 10 seconds, whereby the set configuration values 360 are taken over as a configuration for the operation of the lock 200. The termination of the configuration mode is represented by a green light from the display device 120.

In the case of a deviating configuration process 300, which initially proceeds identically as described above until the changeover to the configuration menu 350, the user determines in the configuration menu 350 that the user has set the wrong bus address and the first bus address should have been set for the second bus system , Instead of ending the configuration mode in the configuration menu 350, the user changes back to the configuration menu 330 by means of a short locking cylinder operation 310. By yellow flashing, the display device signals that the user is in the configuration menu 330 with preset function value 360c. Since the correct configuration value 360c has already been set in the configuration menu 330, the user changes into the configuration menu 370 by another short cylinder actuation 310. Here, the user can actuate the handle 320 twice to move the bus address from the third bus address to the first bus address and thus from change the function value 360l to the function value 360j. This displays the display device 120 by periodically recurring one-time green blinking. A lock cylinder actuation of at least 10 seconds 311 allows the user to exit the configuration mode from the configuration menu 370.

The change of the configuration menus 330, 340, 350, 370 can each have a first configuration function and the change of the configuration values 360 within a configuration menu 330, 340, 350, 370 can each have a second configuration function.

The above explanation of the embodiments describes the present invention solely by way of example. Of course, individual features of the Embodiments, if technically reasonable, are freely combined with one another, without departing from the scope of the present invention.

Claims (16)

Lock (200) for a door - with a lock housing (10) - having at least one monitoring means (110) for an actuating device (80), wherein the monitoring means (110) is adapted to generate at a closed lock housing (10) executable actuating action on the actuating device (80) an electrical monitoring signal, an electronic configuration device (100) for carrying out a configuration process (300), wherein the configuration device (100) for monitoring the monitoring means (110) is designed to perform the configuration process (300) based on at least one electrical monitoring signal of the monitoring means (110). Lock (200) according to claim 1,
characterized,
in that the monitoring means (110) is adapted to generate an electrical monitoring signal in an actuating action which serves to perform a primary lock function, the primary lock function of a transfer of the lock into an unlocked state, a locked state, a closed state and / or corresponds to an opening state. Lock (200) according to one of the preceding claims,
characterized,
that an input for the configuration process (300), in particular for initiating a configuration mode (301), for changing a configuration menu (330, 340, 350, 370) and / or to change a configuration value (360a, 360b, 360c, 360d, 360e, 360f, 360g, 360h, 360i, 360j, 360k, 360l, 360m), by which at least one monitoring signal takes place, in particular that the configurable by the configuration process (300) configuration as an electrical configuration of the lock (200) is designed, in particular in the configuration device (100) is stored electronically. Lock (200) according to one of the preceding claims,
characterized,
in that the lock (200), in particular the configuration device (100), comprises a timer device (140), wherein the configuration device (100) uses a time interval determined by the timer device (140) to perform the configuration process (300), in particular the configuration device (100) detects the monitoring signal as an input to the configuration process (300) only if the electrical monitoring signal has been generated at least for a predetermined period of time. Lock (200) according to one of the preceding claims,
characterized,
in that the timer device (140) is provided in order to make the configuration process (300) activatable for a limited time, wherein in particular the configuration process (300) can be carried out only within a predetermined period of time after a system start time of an electronic lock (200). Lock (200) according to one of the preceding claims,
characterized,
in that at least one monitoring means (110) whose monitoring signal is used to carry out the configuration process detects an actuating action for which an authentication means, in particular a key, is required. Lock (200) according to one of the preceding claims,
characterized,
in that the lock (200) comprises at least a first monitoring means (111) and a second monitoring means (112), a combination of a monitoring signal of the first monitoring means (111) and a monitoring signal of the second monitoring means (112) for setting the configuration of the lock (200 In particular, the first monitoring means (111) is designed to generate an electrical monitoring signal when at least one primary lock function of the lock (200) is performed by at least one actuating action on a first actuating element, and the second monitoring means (112) is designed for this purpose is, in carrying out at least one primary lock function of Lock (200) by at least one actuating action on a second actuating element to generate an electrical monitoring signal and / or generated by the first actuating element monitor signal for changing the configuration menu (330, 340, 350, 370) and the signal generated by the second actuating element monitoring signal for Changing a configuration value (360a, 360b, 360c, 360d, 360e, 360f, 360g, 360h, 360i, 360j, 360k, 3601, 360m) within a configuration menu (330, 340, 350, 370). Lock (200) according to one of the preceding claims,
characterized,
in that the monitoring means (110) serves to monitor at least one of the following actuating devices: a lock cylinder (86) for moving a locking element (20) of the lock (200), preferably by a lock cylinder actuation as a first actuating action, a handle (85) for moving a latch (70) of the lock (200), preferably by a handle operation as a second actuating action, a control catch (83) for releasing the movement of the locking element (20), preferably by a control latch operation as a third actuating action, wherein preferably the electrical monitoring signal, which can be generated by means of the respective monitoring means, serves only in a configuration mode for setting a configuration of the lock (200). Lock (200) according to one of the preceding claims,
characterized,
in that the configuration process (300) can be carried out in an installed state of the lock (200), wherein in particular the configuration device (100) only inputs the timer device (140) and the at least one monitoring means (110), preferably at least the first and the second monitoring means ( 111, 112, 113) needed to perform the configuration process (300). Lock (200) according to one of the preceding claims,
characterized,
in that the lock (200) comprises a display device (120) for displaying a configuration confirmation for a user of the lock (200), wherein preferably the display device (120) is arranged such that for an installed state of the lock (200) the configuration feedback is only in the open state of the door is visible to the user. Lock (200) according to one of the preceding claims,
characterized,
in that the configuration device (100) is electrically connected to an interface device (130) of the lock for connection to at least one bus system, the interface connection (130) being configurable, in particular exclusively, by the configuration process (300), in particular as the configuration value (360a , 360b, 360c, 360d, 360e, 360f, 360g, 360h, 360i, 360j, 360k, 360l, 360m) at least one, preferably several, of the following options is adjustable: a. a stand-alone operation (360a), b. an operation in a bus system, c. an operation in a bus system (360b, 360c) to be selected, wherein a plurality of bus systems are available for selection, d. a bus address (360d, 360e, 360f, 360g, 360j, 360k, 360l, 360m), e. switching on or off a terminating resistor (360h, 360i), Lock (200) according to one of the preceding claims,
characterized,
that the lock (200) includes an electromechanical actuator, in particular an electric motor, and the configuration device (100) also serves as a control device for the electromechanical actuator, and / or that the locking and / or closing state of the lock, the (from the configuration device 100 ) is determined by the monitoring signal of the monitoring means, can be forwarded to a center and / or that an error message based on the at least one monitoring signal, preferably a plurality of monitoring signals, by the configuration device (100) can be generated. Locking arrangement with a lock (200) according to one of the preceding claims and with a lock cylinder and in particular with a handle. Method for carrying out a configuration process (300) in a lock (200), in particular according to one of claims 1 to 12, or a closing arrangement, in particular according to claim 13,
wherein the following steps are performed: Detecting at least one actuating action on an actuating device (80), Evaluating the detected actuating action to determine an evaluation result, A distinction between a primary actuation of the actuation device (80) for actuating a primary lock function of the lock (200) and a secondary actuation of the actuation device (80) for input for the configuration procedure (300) on the basis of the evaluation result, Performing the further configuration operation (300) when there is a secondary operation. Method according to claim 14,
characterized,
in that the distinction is made on the basis of a time interval between a detection time of the actuating action and a system start time of an electronic lock (200) and / or on the basis of an actuation duration of the actuating action, wherein preferably the lock (200) is converted to a configuration mode only if the Period is less than 11 minutes or less than 21 minutes or less than 31 minutes and / or the actuation time is greater than 9 seconds or greater than 19 seconds or greater than 29 seconds, whereby only in the configuration mode a configuration of the lock ( 200) is set, and otherwise only the primary lock function is performed by the actuating action. Method according to claim 14 or 15,
characterized,
that in the configuration mode, different monitoring means (110) are evaluated for different operating actions, the operate different primary lock functions and are assigned, in particular only in the configuration mode, to different configuration functions, a first configuration function preferably corresponding to a change of a configuration menu (330, 340, 350, 370) and a second configuration function to a change of a configuration value (360a, 360b, 360c, 360d, 360e, 360f, 360g, 360h, 360i, 360j, 360k, 3601, 360m), in particular within a configuration menu (330, 340, 350, 370), wherein preferably a cylinder actuation of the first configuration function and a handle operation of the second configuration function assigned.

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