DE202017107396U1 - A building or enclosure completion drive apparatus and system for automatically driving a building or enclosure - Google Patents

Abstract

A building or enclosure completion drive apparatus (100), comprising:
a building or enclosure completion drive (10) for driving a building or enclosure finishing element (12) of a building or enclosure (14);
- A lighting device (20) which is adapted to illuminate a predetermined area in an environment of the building or Einbegrungsabschlusses (14) and
- A control device (18) which is adapted to receive a signal (36), wherein
- The control device (18) is further adapted to the lighting device (20) at least in response to the received signal (36) to control the predetermined area, characterized in that
- The control device (18) is adapted to check upon receipt of the signal (36) at least one switching condition, wherein the control device (18) only upon fulfillment of the at least one switching condition, the lighting device (20) controls.

Description

The invention relates to a building or enclosure completion drive apparatus comprising a building or enclosure termination drive, a lighting device and a control device. The lighting device is configured to illuminate a predetermined area in an environment of a building or enclosure to be driven by the building or enclosure end drive. The control device is configured to receive a signal and to actuate the illumination device to illuminate the predetermined region at least in dependence on the received signal.

1. [1] DE 10 2015 106 036 A1 oder der
2. [2] DE 10 2015 120 179 A1

beschriebene Gebäudeabschlussantriebe weisen ein Antriebsgehäuse, in dem wenigstens eine Antriebskomponente untergebracht ist, und eine Beleuchtungseinheit auf, die an dem Antriebsgehäuse angebracht ist. Die Beleuchtungseinheit dient dabei zum Beleuchten des Gebäudeabschlussantriebes und dessen Umgebung. Wird die Antriebskomponente, beispielsweise funkferngesteuert, betätigt, wird die Beleuchtungseinheit angeschaltet. Die Beleuchtungseinheit leuchtet so lange, wie sich die Antriebskomponente bewegt.Such building or enclosure termination drive devices are described, for example, in the following references: In the

1. [1] DE 10 2015 106 036 A1 or the
2. [2] DE 10 2015 120 179 A1

described building closure drives have a drive housing, in which at least one drive component is housed, and a lighting unit, which is mounted on the drive housing. The lighting unit serves to illuminate the building closure drive and its surroundings. If the drive component, for example remote-controlled, actuated, the lighting unit is turned on. The lighting unit lights up as long as the drive component moves.

• [3] DE 20 2016 008 364 U1 oder der
• [4] DE 10 2015 010 465 A1 bekannt.

An assembly of a Gebäudeabschlussantriebes with a lighting device is also from the

• [3] DE 20 2016 008 364 U1 or the
• [4] DE 10 2015 010 465 A1 known.

The building closure drives have therein a housing, on which the illumination device is arranged, wherein the illumination device is strip-shaped or linear.

• [5] DE 20 2008 010 359 U1 und die
• [6] DE 20 2016 102 662 U1

ein Tor mit einem Torblatt, welches mittels des Gebäudeabschlussantriebs zwischen einer Offenstellung und einer Schließstellung bewegbar ist. Das Torblatt ist mit einer Beleuchtungseinrichtung versehen, welche dazu eingerichtet ist, einen Bereich vor dem Torblatt oder eine durch das Torblatt zu verschließende Toröffnung auszuleuchten.Instead of providing the building closure drive with a lighting device, it is also known from the general state of the art to equip the gate, which can be moved by the building closure drive, with a lighting device. For example, describe the

• [5] DE 20 2008 010 359 U1 and the
• [6] DE 20 2016 102 662 U1

a gate with a door leaf, which is movable by means of the Gebäudeabschlussantriebs between an open position and a closed position. The door leaf is provided with a lighting device which is adapted to illuminate an area in front of the door leaf or a door opening to be closed by the door leaf.

The invention has for its object to provide a building or Einschlussungsabschlussantriebsvorrichtung with a Gebäudeabschlussantrieb and a lighting device in which the lighting device is particularly simple and reliable, in particular with regard to a user comfort, operable.

This object is solved by a building or enclosure termination drive apparatus having the features of claim 1. Advantageous embodiments are the subject of the dependent claims.

To achieve this object, the invention provides a building or enclosure completion drive apparatus comprising a building closure drive, a lighting device and a control device. Preferably, the lighting device is designed as a drive lighting and thus part of the building or enclosure completion drive. The illumination device is configured to illuminate a predetermined area in an environment of the illumination device. For example, by means of the illumination device, the building or enclosure termination drive and the surroundings of the building or enclosure termination drive, ie a spatial area or space around the building closure drive, can be illuminated or illuminated or illuminated. The illumination device is preferably configured to emit or emit light in the visible wavelength range. For illuminating the predetermined area, the illumination device can have at least one or more light sources, in particular an LED (English for Light Emitting Diode) or an OLED (English for Organic Light Emitting Diode). The control device is configured to receive a signal and to actuate the illumination device to illuminate the predetermined region at least in dependence on the received signal. In other words, the control device may be configured to activate or switch on the illumination device upon receiving the signal. Preferably, the signal may be output or sent from outside the building or enclosure completion drive. Particularly preferably, the signal can be transmitted by a transmitter, in particular a portable mobile terminal. The portable mobile terminal may be for example, to a mobile phone, in particular a smartphone, or to act a tablet computer or a remote control. The signal is preferably a radio signal, in particular a Bluetooth signal and / or a WLAN signal.

The invention is characterized in that the control device is set up to check at least one switching condition upon receipt of the signal, the control device only activating the illumination device upon fulfillment of the at least one switching condition. In other words, the controller checks a predetermined criterion upon receiving the signal. Only when the criterion is met, the lighting device can be controlled.

Due to the checking condition, additional sensors, such as, for example, light sensors or motion sensors, can be dispensed with for activating the illumination device. As a result, a complexity of the building or enclosure completion drive can be reduced, whereby the building or enclosure end drive is particularly simple. Furthermore, the lighting device is automatically controlled by the control device, that is to say without the intervention of a user. As a result, the user no longer has to manually operate an operating element, such as a light switch, or actuate the building or enclosure completion drive itself to activate the lighting device. This increases the comfort for the user.

An idea of the invention lies in particular in an intelligent and / or dynamic switching or control of a lighting device of a building or enclosure closing drive or a drive lighting.

An advantageous embodiment provides that the control device is configured to check, as the at least one switching condition, a threshold value of the received signal, wherein the control device is set up to control the illumination device if the threshold value of the received signal is greater than or equal to a predetermined threshold value , The threshold value may be stored in or stored in a memory of the building or enclosure termination drive. For example, the threshold value can be specified by the user. Alternatively, multiple thresholds may be provided. It can be provided that the switching condition is met when the received signal is greater than or equal to one of the predetermined thresholds or greater than all stored thresholds. By specifying a threshold value, the reliability for driving the illumination device can be increased.

Advantageously, a signal strength of the received signal can be checked as the threshold value. In other words, the control device is set up to control the illumination device if the signal strength of the received signal is greater than or equal to a predetermined signal strength, ie a signal strength threshold value. For this purpose, the control device can be set up to determine or to determine a value of the strength of the received signal and to compare it with the value of the predetermined signal strength. If the determined value lies above the threshold value of the predetermined signal strength, then the illumination device is preferably controlled by the control device. By "signal strength" is meant a value of a strength of the signal, in particular of the radio signal. For example, as the value, an amplitude of the signal, in particular a signal amplitude, can be determined. For example, the signal strength may be greater or greater the closer the portable mobile terminal that can emit the signal is to the building or enclosure termination drive. In other words, the signal strength may increase with the distance of the portable mobile terminal to the building or enclosure termination drive. In other words, it can be checked by the control device as the at least one switching condition, whether the portable mobile terminal moves towards the building or enclosure completion drive. In particular, the control device may be configured to perform a presence detection, in particular of the portable mobile terminal. The signal strength may also be lower or lower the farther away the portable mobile terminal that can transmit the signal is to the building or enclosure termination drive. In other words, the signal strength may decrease with increasing distance of the portable mobile terminal to the building or enclosure termination drive. As a result of this switching condition, the activation of the lighting device can take place, if necessary, when the user approaches the user. In other words, a dynamic switching of light can be done by presence detection. As a result, the lighting device is not activated unnecessarily.

Additionally or alternatively, it may be provided that the control device is configured to check, as the at least one switching condition, whether the signal is within a predetermined range around the building or enclosure termination drive or within a predetermined distance or range of the building - or enclosure end drive was issued. In other words, the illumination device of a predetermined, in particular adjustable Distance, be switched. Preferably, it can also be evaluated here whether the user is moving towards the building or enclosure closing drive. As soon as the portable mobile terminal is in range or at a predefinable distance or a predefinable distance to the building or enclosure end drive, the illumination device can be controlled by the control device. For this purpose, for example, the portable mobile terminal may be configured to transmit with the signal a current position of the portable mobile terminal. Alternatively, the control device may be configured, for example, to output a search signal limited to the predetermined range or the predetermined distance. If the portable mobile terminal is within the predetermined range or the predetermined distance, the portable mobile terminal may be configured to output the signal or a detection signal to the control device.

An advantageous development provides that the illumination device remains activated for a predetermined period of time during a subsequent undershooting of the predetermined threshold value. In other words, the illumination device can remain switched on for a predetermined period of time, even if a value of the signal is below the predetermined threshold value. If, for example, the user approaches the building or enclosure termination drive with the portable mobile terminal, the illumination device can be activated as soon as, for example, the signal strength exceeds the threshold value. The user then removes again from the building or enclosure end drive and the signal strength drops below the threshold again, so the lighting device can remain activated for a certain period of time. In other words, the lighting device can be controlled in dependence on a whereabouts of the user. Preferably, in the case of a subsequent undershooting of the threshold value by the control device, an afterglow duration can be activated or controlled. Due to the persistence period, the user, even in the dark, can still orient himself with the aid of the illumination device, even if he moves away from the building or enclosure termination drive. This provides a particularly high user comfort.

According to an advantageous embodiment, it is provided that the control device is configured to check as the at least one switching condition a predetermined time interval, wherein the control device is adapted to control the lighting device, when receiving the signal is a current time within the predetermined time interval , In other words, the lighting device can be controlled as a function of a time or time of day. To capture the time of the building or enclosure end drive, for example, have a timer (English timer). The predetermined time interval may be deposited to the building or enclosure completion drive. Particularly preferably, a time, e.g. between 16 o'clock and 5 o'clock, more preferably between 18 o'clock and 6 o'clock. If, for example, the signal is received by the control device at 19 o'clock, the at least one switching condition is met and the illumination device can be activated by the control device. On the other hand, if the control device receives the signal at 14 o'clock, for example, the switching condition is not fulfilled and the lighting device is not activated by the control device. By the predetermined time interval, the lighting device is not additionally switched even when it is light. As a result, the illumination device can be operated particularly energy-saving and reliable.

Advantageously, the building or enclosure completion drive is adapted to move a building or fencing closure element, in particular a wing of a gate or door, the control means being arranged to as the at least one switching condition to a position of the building or fencing completion element to verify. By "position" is meant, in particular, a position of the building or fencing completion element, that is, whether the building or fencing completion element is in an open or a closed or a half-open position. For example, if the building or fencing completion element is in a closed position and the signal is received by the control device, the lighting device may be actuated. For example, if the building or fencing completion element is in an open position and the signal is received by the controller, the lighting device is preferably not driven. Depending on the user preference, the position of the building or enclosure finishing element that the user desires to activate the lighting device may be determined by the user.

An advantageous development provides that the control device is further configured to receive a movement signal and to control the illumination device upon receiving the movement signal. By "movement signal" is meant, in particular, a control signal with which the building or enclosure closing drive can be actuated. In other words, through Receiving the motion signal, a movement or a trip of the building or enclosure closure element are triggered. It is advantageously provided that the control device is adapted to receive the motion signal and to control the lighting device upon fulfillment of the switching condition. For driving the illumination device, two signals - the signal and the motion signal - are thus preferably received and the signal is checked with the at least one switching condition.

Additionally or alternatively, it can be provided that a status of the building or enclosure closure element is checked by the control device as the at least one switching condition. For this purpose, it can be checked by the control device whether a drive of the building or enclosure finishing element has been triggered or not.

Advantageously, the control device is further configured to perform an authentication upon receipt of the signal and to perform the verification of the switching condition only upon successful authentication. In other words, a legitimate portable mobile terminal can be identified by the controller. As soon as the authorized portable mobile terminal has been detected by the control device, the switching condition can be checked. For authentication, for example, an identifier, in particular the portable mobile terminal, can be transmitted with the signal. If the received identifier matches the identifier stored on the building or enclosure end drive, authentication is successful. In other words, the control device can be set up to detect whether the portable mobile terminal is a portable mobile terminal that is trained for the building or enclosure termination drive.

Preferably, the invention finds use in secure Bluetooth coupling between a building or enclosure termination drive and a mobile terminal.

According to an advantageous embodiment, the building or enclosure closing drive is designed as a garage door drive or door drive.

The invention also includes a system comprising a building or enclosure termination drive device, a building or enclosure termination drive and a portable mobile terminal. The building or enclosure termination drive apparatus includes lighting means and control means. The lighting device is configured to illuminate a predetermined area in an environment of a building or enclosure finishing element to be driven. The portable mobile terminal is set up to output a signal, in particular a radio signal, particularly preferably a Bluetooth signal. The control device of the building or enclosure termination drive is arranged to receive the signal output or transmitted by the portable mobile terminal.

For example, control device is designed as an electronic circuit or ECU (Electronic Control Unit). Furthermore, the control device is configured to control the illumination device at least in dependence on the received signal for illuminating the predetermined range. The control device is further configured to check at reception of the signal at least one switching condition, wherein the control device only upon fulfillment of the at least one switching condition, the lighting device controls.

The present disclosure also relates to a method of operating a building or enclosure completion drive apparatus that includes a building closure drive, a lighting device for illuminating a predetermined area in an environment of a building or fencing completion element to be driven, and a controller. In the method, a signal, in particular from a portable mobile terminal, is received by the control device. In a further method step, the illumination device is actuated by the control device at least as a function of the received signal for illuminating the predetermined region. Upon receiving the signal, at least one switching condition is also checked by the control device, wherein the control device only activates the lighting device when the at least one switching condition is fulfilled.

The advantages and preferred embodiments described for the present invention enclosure or enclosure termination drive apparatus also apply to the system and method for operating a building or enclosure completion drive apparatus described herein.

• 1 eine schematische, teilweise geschnittene Darstellung durch eine Garage mit einem Garagentor, welches durch einen Garagentorantrieb mit Beleuchtung antreibbar ist;
• 2 eine schematische, perspektivische Darstellung der Garage aus 1 und einem portablen mobilen Endgerät; und
• 3 eine schematische Darstellung eines Gebäudeabschlussantriebes mit vorbestimmten Bereichen, welche um den Gebäudeabschlussantrieb angeordnet sind.

Embodiments of the invention are explained in more detail below with reference to the accompanying drawings. It shows:

• 1 a schematic, partially sectioned view of a garage with a garage door, which is driven by a garage door with lighting;
• 2 a schematic, perspective view of the garage 1 and a portable mobile terminal; and
• 3 a schematic representation of a Gebäudeabschlussantriebes with predetermined areas, which are arranged around the Gebäudeabschlussantrieb.

The exemplary embodiments explained below are preferred embodiments of the invention. In the embodiments, the described components of the embodiments each represent individual, independently of each other to be considered features of the invention, which further develop the invention independently and thus individually or in a combination to be considered as part of the invention. Furthermore, the described embodiments can also be supplemented by further features of the invention already described. The following is a building or enclosure completion drive device 100 explained in more detail with reference to an exemplary embodiment as a garage door drive device. The building or enclosure completion drive device 100 has a building or enclosure closing drive, for example in the form of a building closure drive 10 , a lighting device 20 and a controller 18 on.

In 1 and 2 is an example of the building closure drive 10 shown for driving a building closure element 12 of a building 14 serves. At the in 1 and 2 shown building completion drive 10 it is a garage door drive 10 , The garage door drive 10 can be designed for example as a towed drive.

The building completion drive 10 has a drive housing 16 on, which is designed to receive drive components. As drive component, for example, an electric motor and / or a transmission in the drive housing 16 be arranged. Furthermore, the building closure drive 10 a control device 18 on, which also in the drive housing 16 is arranged or recorded. The control device is preferred 18 designed as a drive component.

As 1 and 2 can be seen, the building completion drive 10 a lighting device 20 on. The lighting device 20 is on an outer surface or outside of the drive housing 16 arranged or applied. The lighting device 20 is set to a predetermined area in an environment 22 the lighting device 20 to illuminate. For example, by means of the illumination device 20 the building completion drive 10 , in particular the drive housing 16 , and the environment 22 of the building completion drive 10 , So a spatial area or space around the Gebäudeabschlussantrieb around, illuminated or illuminated or illuminated. For illuminating the predetermined area, the lighting device 20 Light or radiation, especially in the visible wavelength range, from. The output radiation is in 1 and 2 through the bars 24 indicated, for the sake of clarity not all lines 24 are provided with a reference numeral. For illuminating the predetermined area, the illumination device 20 one or more lamps, in particular an LED (English for Light Emitting Diode) or an OLED (English for Organic Light Emitting Diode) have.

In 1 and 2 is the building completion drive 10 designed as a tow drive to a gate leaf 26 a garage door 28 - as an example of a building completion 14 - to drive. As 1 it can be seen, there is a vehicle 30 inside through the garage door 28 garage to be closed 32 , The vehicle 30 is preferably designed as a motor vehicle, especially as a passenger car.

• [7] „BiSecur SmartHome“; Firmenbroschüre der Hörmann KG Verkaufsgesellschaft, Stand 12.2016/Druck 12.2016/HF 86971 DE/PDF,
• [8] Garagen- und Einfahrtstor-Antriebe“; Firmenbroschüre der Hörmann KG Verkaufsgesellschaft, Stand 07.2017/Druck 07.2017/HF 85945 DE,
• [9] „Kurzanleitung - Die ersten Schritte mit Ihrem Garagentor-Antrieb“; Hörmann KG Verkaufsgesellschaft, Issue 03.2013/Print 04.2013/HF 86086 DE-EN-FR/PDF“,
• [10] „Anleitung für Montage, Betrieb und Wartung - Garagentorantrieb“; Hörmann KG Verkaufsgesellschaft; TR10A039-F RE/06.2010,
• [11] Anleitung für Montage, Betrieb und Wartung - Drehflügeltür-Antrieb“; Hörmann KG Verkaufsgesellschaft, TR10A203-E DX/01.2017" und
• [12] „Anleitung für Installation und Betrieb - BiSecure Home“; Hörmann KG Verkaufsgesellschaft, TR20N004-B DX / 07.2016".

For more details on the possible concrete embodiment of embodiments of the building or enclosure completion drive 10 and the system comprising it, reference is made to the following references [7] to [12]:

• [7] "BiSecur SmartHome"; Company brochure of the Hörmann KG sales company, as of 12.2016 / print 12.2016 / HF 86971 EN / PDF,
• [8] garage and entrance gate drives "; Company brochure of the Hörmann KG sales company, as of 07.2017 / print 07.2017 / HF 85945 DE,
• [9] "Quick Start Guide - Getting Started with Your Garage Door Drive"; Hörmann KG Verkaufsgesellschaft, Issue 03.2013 / Print 04.2013 / HF 86086 DE-EN-FR / PDF ",
• [10] "Instructions for Installation, Operation and Maintenance - Garage Door Drive"; Hörmann KG sales company; TR10A039-F RE / 06.2010,
• [11] Instructions for Installation, Operation and Maintenance - Swing Door Drive "; Hörmann KG sales company, TR10A203-E DX / 01.2017 "and
• [12] "Installation and Operation Instructions - BiSecure Home"; Hörmann KG sales company, TR20N004-B DX / 07.2016 ".

As 1 and 2 it can also be seen, is the control device 18 with the lighting device 20 coupled. In this case, the control device 18 wired or non-wired, so wireless, especially signaling technology, with the lighting device 20 be coupled.

The control device 18 is set up the lighting device 20 head for.

In 2 is a portable mobile device 34 shown. The portable mobile device 34 may for example be designed as a mobile phone, especially a smartphone, or as a tablet computer or as a remote control. By means of the portable mobile terminal 34 For example, a user (not shown in figures) may be configured to operate the building closure drive 10 to press. In addition, this is the portable mobile device 34 set up a signal 36 send out. The signal 36 can via a bluetooth connection 38 , in particular as a Bluetooth signal, issued or transmitted or transmitted.

The control device 18 of the building completion drive 10 can then be set to the signal 36 to receive and process. To the signal 36 weiterzuverarbeiten, it may initially be provided that by the control device 18 an authentication is performed. In other words, the control device 18 set up the portable mobile device 34 to identify. For this purpose, for example, the control device 18 an identifier of the portable mobile device 34 be deposited. For example, when receiving the signal 36 the controller 18 the identifier of the portable mobile device 34 Interrogate. Is the received identifier with the control device 18 stored identifier, the authentication is successful. The authentication can also be done by other authentication methods. By "authentication" is meant in particular an authorization or authorization. Authentication can be done as soon as the portable mobile device becomes available 34 , as in 3 shown at a predetermined distance 40 or within a predetermined range 42 to the building closure drive 10 located.

The control device 18 receives the signal 36 and controls at least in response to the received signal 36 the lighting device 20 at. In this case, the control device 18 activate or switch on the lighting device. The driving or activating the illumination device 20 but can be additionally limited or restricted.

In this case, the control device checks 18 upon receiving the signal 36 at least one switching condition. If the at least switching condition is met, the control device controls 18 the lighting device 20 or activate it.

As a switching condition, only one or more switching conditions can be checked.

For example, a switching condition may be at a threshold of a signal strength of the signal 36 be knotted. Thus, according to this switching condition, it may be necessary for the portable mobile terminal to become 34 which is the signal 36 outputs, in the predetermined distance 40 or the further predetermined distance 44 , which is closer to the building closure drive 10 is, or the predetermined range 42 to the building closure drive 10 located. The further predetermined distance 44 can be specified individually by the user, for example. From this distance the signal reaches 36 a predetermined signal strength, which can be stored as a threshold. Once the portable mobile device 34 So this predetermined distance 44 reached, the signal points 36 the predetermined threshold or is greater than the predetermined threshold and the at least one switching condition is satisfied.

Another switching condition can be linked, for example, to a time. For example, another switching condition may be at a position or status of the garage door 28 be knotted. Another switching condition, for example, at a distance to the building closure drive 10 be knotted.

Due to these switching conditions can over multiple sleepers the lighting device 20 , in particular targeted to be switched.

The following are also related to 3 described different scenarios. It is assumed that the user with the portable mobile device 34 the building completion drive 10 and an authorization has already taken place, in particular from the predetermined distance 40 ,

In a first scenario, the user approaches the building closure drive 10 , The user is in the predetermined area 42 in which the control device 18 the signal 36 can receive. In other words, the switching threshold by the user or the portable mobile device 34 reached. The garage door 28 is closed, so is in particular in an end position or closed position. Through the portable mobile device 34 No movement signal is used to move or actuate the building closure drive 10 spent the garage door 28 should therefore remain closed. In other words, will not drive the garage door 28 triggered. As the user, in particular by the constant approach to the building closure drive 10 within the predetermined range 42 is located by the portable mobile device 34 the signal 36 to the controller 20 output. The control device 20 then checks as a switching condition a current time, that is, whether the received signal 36 was received during a predetermined period of time or time of day. The time span or time of day is a time from 6:00 pm to 6:00 am. Would the signal 36 be received at this time, the controller would 18 the lighting device 20 drive. The signal 36 is spent in this scenario between 6pm and 6pm. Because the signal 36 within the predetermined time period by the control device 18 is received, the lighting device 20 driven. In other words, the lighting is switched.

In a second scenario, the user approaches the building closure drive 10 , The user is in the predetermined area 42 in which the control device 18 the signal 36 can receive. In other words, the switching threshold by the user or the portable mobile device 34 reached. The garage door 28 is open, so is in particular in an open position. Through the portable mobile device 34 No movement signal is used to move or actuate the building closure drive 10 spent the garage door 28 should therefore remain open. In other words, will not drive the garage door 28 triggered. As the user, in particular by the constant approach to the building closure drive 10 within the predetermined range 42 is through the portable mobile device 34 the signal 36 to the controller 20 output. The control device 20 then checks again as a switching condition the current time, that is, whether the received signal has been received during the predetermined time period or time of day.

The time span or time of day is a time from 6:00 pm to 6:00 am. The signal 36 is spent in this scenario between 6 o'clock and 18 o'clock. Because the signal 36 outside the predetermined period of time by the controller 18 is received, the lighting device 20 not controlled. In other words, the lighting is not switched.

In a third scenario, the user approaches the building closure drive 10 , The user is in the predetermined area 42 in which the control device 18 the signal 36 can receive, so within reach of the controller 18 , In other words, the switching threshold by the user or the portable mobile device 34 reached. The garage door 28 is closed, so is in particular in an end position. Through the portable mobile device 34 No movement signal is used to move or actuate the building closure drive 10 spent the garage door 28 should therefore remain closed. In other words, will not drive the garage door 28 triggered. As the user, in particular by the constant approach to the building closure drive 10 within the predetermined range 42 is through the portable mobile device 34 the signal 36 to the controller 20 output. The control device 20 then checks as a switching condition a current time, that is, whether the received signal has been received during a predetermined period of time or time of day. The time span or time of day is a time from 6:00 pm to 6:00 am. The signal 36 is spent in this scenario between 6pm and 6pm. Because the signal 36 within the predetermined time period by the control device 18 is received, the lighting device 20 driven. In other words, the lighting is switched. As another switching condition in this third scenario, the controller checks 18 as soon as the lighting device 20 by the control device 18 has been activated, a signal strength of the signal 36 , As long as the user with the portable mobile device 34 within the predetermined range 42 is located, the signal strength of the signal 36 above a predetermined threshold value, in particular a signal strength threshold value. The user leaves the predetermined area 42 or the user moves away from the building closure drive 10 and decreases the signal strength of the signal 36 , In particular, below the predetermined threshold, so is by the controller 18 a persistence of the illumination device 20 activated. In other words, the lighting is switched to the signal 36 is below the switching threshold, then the persistence starts.

In a fourth scenario, the user approaches the building closure drive 10 , The user is in the predetermined area 42 in which the control device 18 the signal 36 can receive. In other words, the switching threshold by the user or the portable mobile device 34 reached. The garage door 28 is closed, so is in particular in an end position. Through the portable mobile device 34 is a motion signal for moving or operating the building closure drive 10 spent the garage door 28 should therefore be opened. In other words, a ride of the garage door 28 triggered. As the user, in particular by the constant approach to the building closure drive 10 within the predetermined range 42 is through the portable mobile device 34 the signal 36 to the controller 20 output. The control device 20 then checks again as a switching condition the current time, that is, whether the received signal 36 has been received during the predetermined time period or time of day. The time span or time of day is a time from 6:00 pm to 6:00 am. The signal 36 is spent in this scenario between 6 o'clock and 18 o'clock. Because the signal 36 outside the predetermined period of time by the controller 18 is received, the lighting device 20 not controlled. In other words, the lighting is not switched.

In a fifth scenario, the user approaches the building closure drive 10 , The user is in the predetermined area 42 in which the control device 18 the signal 36 can receive. In other words, the switching threshold by the user or the portable mobile device 34 reached. The garage door 28 is closed, so is in particular in an end position. Through the portable mobile device 34 is a motion signal for moving or operating the building closure drive 10 spent the garage door 28 should therefore be opened. In other words, a ride of the garage door 28 triggered. As the user, in particular by the constant approach to the building closure drive 10 within the predetermined range 42 is through the portable mobile device 34 the signal 36 to the controller 20 output. The control device 20 then checks again as a switching condition the current time, that is, whether the received signal has been received during the predetermined time period or time of day. The time span or time of day is a time from 6:00 pm to 6:00 am. The signal 36 is spent in this scenario between 6pm and 6pm. Because the signal 36 within the predetermined time period by the control device 18 is received, the lighting device 20 driven. As another switching condition - analogous to scenario 3 - checks the control device 18 as soon as the lighting device 20 by the control device 18 has been activated, a signal strength of the signal 36 , As long as the user with the portable mobile device 34 within the predetermined range 42 is located, the signal strength of the signal 36 above a predetermined threshold value, in particular a signal strength threshold value. The user leaves the predetermined area 42 or the user moves away from the building closure drive 10 and decreases the signal strength of the signal 36 , In particular, below the predetermined threshold, so by the control device 18 a persistence of the illumination device 20 activated. In other words, the lighting is switched to the signal 36 is below the switching threshold, then the persistence starts.

In a sixth scenario, the user does not approach the building closure drive 10 , The user is not in the predetermined area 42 in which the control device 18 the signal 36 can not receive so within reach to the building closure drive 10 or the controller 18 , In other words, the switching threshold by the user or the portable mobile device 34 not reached. Regardless of the position in which the garage door 38 located and / or the user a motion signal for operating the building closure drive 10 or not and / or what time it is, the lighting device 20 is in this case by the control device 20 not controlled. In other words, the lighting is not switched in this case.

Overall, preferred embodiments of the invention relate to a dynamic switching of light by presence detection without motion and light sensors. The switching of the light or the drive lighting via adjustable switching thresholds of the Bluetooth signal depending on the time and / or the position of the gate and / or the status of the gate and / or the whereabouts of the user or operator. The drive lighting is switched by a transmitter, in particular a smartphone, at a certain, adjustable for the user distance. In addition, a time dependency on the time of day can be set by the smartphone via the time of day and linked to the status and / or position of the door. As a result, the functionality of a light and / or motion sensor is replaced and extended by dependencies of the gate status and / or the time. About multiple thresholds, the light can be switched specifically, in particular by first authenticating the smartphone and the switching threshold is reached.

In further, not shown in the accompanying figures embodiments of the building or enclosure closing drive 10 formed as a Einschlussungsabschlussantrieb for driving a closing element of a fencing, such as a wing of an entrance gate for entry and exit of a fenced property. For details, refer to [8]. In further embodiments, an application is provided on door drives, for example for driving front doors or entrance doors with switching an illumination located in the entrance area.

Although in the embodiment shown in the figures, the lighting device 20 as part of the building or Enclosed completion drive is shown, the invention is not limited thereto. The lighting device 20 For example, one with the controller 18 be the drive coupled or associated with this court or outdoor lighting or garage lighting or include. For further details, please refer to [ 8th ] or on [ 5 ] and [ 6 ].

Although the control device 18 in the figures shown as part of the building or enclosure completion drive 10 is shown, the invention is not limited thereto. The control device 18 may also be a separately arranged to the drive housing and connected to the drive control or include such.

LIST OF REFERENCE NUMBERS

10

Building closure drive (example of building or enclosure closing drive)

12

Building closure element (example of building or enclosure finishing element)

14

Building completion (example of building or enclosure completion)

16

drive housing

18

control device

20

lighting device

22

Surroundings

24

strokes

26

leaf

28

garage

30

vehicle

32

garage

34

portable mobile device

36

signal

38

Bluetooth connection

40

predetermined distance

42

predetermined area

44

another predetermined distance

100

Building or enclosure completion drive device

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 102015106036 A1 [0002]
• DE 102015120179 A1 [0002]
• DE 202016008364 U1 [0003]
• DE 102015010465 A1 [0003]
• DE 202008010359 U1 [0005]
• DE 202016102662 U1 [0005]

Claims (12)

A building or enclosure completion drive apparatus (100), comprising: a building or enclosure completion drive (10) for driving a building or enclosure finishing element (12) of a building or enclosure (14), a lighting device (20) adapted to provide a building or enclosure termination illuminate a predetermined area in an environment of the building or enclosure (14); and - control means (18) adapted to receive a signal (36), the control means (18) being further adapted to illuminate the lighting means (20) to control at least in response to the received signal (36) for illuminating the predetermined range, characterized in that - the control device (18) is adapted to check upon receipt of the signal (36) at least one switching condition, wherein the control means (18) only upon fulfillment of the at least one switching condition the Beleuchtungsei direction (20). Building or enclosure completion drive device (100) according to Claim 1 characterized in that the control means (18) is arranged to check as the at least one switching condition a threshold value of the received signal (36), the control means (18) being arranged to drive the lighting means (20) when the threshold value of the received signal (36) is greater than or equal to a predetermined threshold. Building or enclosure completion drive device (100) according to Claim 2 , characterized in that the illumination device (20) remains activated in a subsequent below the predetermined threshold for a predetermined period of time. Building or enclosure completion drive device (100) according to Claim 2 or 3 , characterized in that as a threshold value, a signal strength of the received signal (36) is checked. A building or enclosure completion drive device (100) according to any one of the preceding claims, characterized in that the control means (18) is arranged to check, as the at least one switching condition, a predetermined time interval, the control means (18) being adapted to control the lighting means ( 20) if, when the signal (36) is received, a current time is within the predetermined time interval. Building or enclosure completion drive device (100) according to Claim 5 , characterized in that as a time interval a time between 16 o'clock and 5 o'clock, more preferably between 18 o'clock and 6 o'clock, is given. A building or enclosure completion drive apparatus (100) according to any one of the preceding claims, characterized in that the control means (18) is arranged to check, as the at least one switching condition, a position of the building or enclosure finishing element (12). A building or enclosure completion drive apparatus (100) according to any one of the preceding claims, characterized in that the control means (18) is further adapted to receive a motion signal for actuating the building or enclosure termination drive (10) and upon satisfaction of the switch condition and upon receipt of the building condition Motion signal, the lighting device (20) to control. A building or enclosure termination drive apparatus (100) according to any one of the preceding claims, characterized in that the control means (18) is further adapted to perform authentication upon receipt of the signal (36) and to perform the check of the switching condition upon successful authentication. Building or enclosure completion drive device (100) according to one of the preceding claims, characterized in that the building or enclosure closing drive (10) is designed as a garage door drive. A building or enclosure termination drive apparatus (100) according to any one of the preceding claims, characterized in that the signal (36) is a signal transmitted by Bluetooth standard. A system for remotely powering a building or enclosure (14) comprising a building or enclosure termination drive apparatus (100) according to any one of the preceding claims and a mobile terminal, in particular a mobile telephone, smartphone PDA, tablet PC, for transmitting the signal (36).

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