DE102005034325A1 - Fitting for access control device for door, has housing protrusion facing door panel and designed to fit into cylindrical hole provided for lock cylinder instead of lock cylinder - Google Patents

Abstract

The fitting (1) has an inner body (2) and an outer body (3) joined to the inner body, of which at least one has a housing protrusion facing the door (8) panel and that is designed to fit into a cylindrical hole provided for a lock cylinder instead of the lock cylinder. Both inner and outer bodies can have protrusions that protrude into the hole from either side.

Description

The The present invention relates to a fitting kit according to the preamble of the main claim.

Such a fitting is the subject of EP 1 256 671 A2 ,

This known fitting kit has an inner door plate, an outer door plate and an attached rosette.

The Rosette certainly houses electrical / electronic components, around a lock cylinder with electrically activatable blocking element to control.

Furthermore, from the DE 44 07 244 C1 an electrically controllable mortise lock known, which can be operated via a provided both on the inside of the door and on the outside of the door handle, such as a door handle.

In order to the inside or outside Actuating handles perform different functions can, the castle nut is divided, so that - in this Case - the Door at any time over the inside provided handle can be opened as a Escape door, while the outside Handle only by activation of a drive clutch is effective.

task The present invention is, in particular, the known set of fittings for use in combination with an electrically controllable Mortise lock like that to educate that at simplified assembly a high level of security against unauthorized Access exists.

These Task solves the invention with the features of the main claim.

Out The invention provides the advantage that the access control device, the at least one electrically controllable mortise lock and the inventive fitting comprises the use of different identification features or Identification feature carrier for access authorization.

This Advantage is achieved in that omission of the lock cylinder that of the lock cylinder originally claimed space at least partially from the inner fitting body and the connectable outer fitting body is filled.

there make interior fittings and outer fitting body together with the at least one housing extension an installation space available, within it electronic or mechanical assemblies for identification, coding, data transmission to the mortise lock, data storage, Power supply and the like are easy to accommodate, the Of course in their multiplicity practically can not be enumerated completely.

So should it be possible be biometric data such. Fingerprint, iris pictures or contactless keys, contact-based keys, Key cards, key chains, active Transponders (e.g., radio transmitters) and other identification feature carriers.

Furthermore is the access control device compatible with all already installed door handle fittings and Rosettes, so that one already existing lock cylinder simply disassembled, the existing mortise lock against an electrically controllable Mortise lock replaced and subsequently mounted the fitting set according to the invention can be without any rebuilding measures the door would be required.

From particular advantage is the fact that the access control device - in contrast to lock cylinders - of different Door thickness is independent.

Only requires the connecting element between the inner fitting body and outer fitting body if necessary, an adaptation to the door thickness.

Of the The basic idea of the invention is therefore based on that for the accommodation a lock cylinder to use the required installation space to replace the lock cylinder to arrange a fitting set that is designed so that at least one of the two fitting body with a firmly connected housing extension protrudes into the existing installation space of the lock cylinder.

On this way is achieved that more Volume for housing components of the access control system and their wiring available stands. The simplified assembly results from the fact that the fitting over the Housing extension in the existing cylinder perforations, which may also be in the doorplate and / or in the door rosette is aligned correctly.

By omitting the lock cylinder, which is no longer necessary according to the invention and therefore no longer sits in the mortise lock, the wiring of the electrically controlled mortise lock through the cylinder perforations of Lock case run so that the mortise lock now no longer requires wiring that must be led out laterally from the lock case. The omission of the lock cylinder therefore offers the advantage that the wiring can not interfere with the insertion of the mortise lock in the lock pocket of the door.

First after installing the mortise lock in the door, the connecting cable is then from the original for the lock cylinder provided opening from the lock case pulled out, then e.g. to be connected to the inner fitting body.

Thereby, that both fitting body on the possibly existing Türschild- or Türrosettengarnitur support, can Inner fitting body and Exterior fitting body in the correct position be aligned and over the variable-length Connection, which practically forms the axial attachment of the two fitting bodies, covering a wide range of door thickness range.

Of the The present set of fittings is therefore in connection with an electric controllable mortise lock one important assembly for future omission of lock cylinders without the loss of security with regard to access authorization. moreover let yourself a combined with such mortise lock assembly practically all existing doors retrofit.

By the elimination of the lock cylinder is more volume for housing components of the access control device and their wiring available.

Of the Housing extension or the housing extensions can in the already existing cylinder perforations in the door plate / in the door rosette / im door leaf aligned in the correct position.

By the omission of the lock cylinder the actuation takes place the mortise only exclusively on the operating handles, the inside and outside at the door are provided.

there makes the invention of the possibility for the electrical controllability of the mortise lock use, namely over the inventive fitting the respective control of the mortise lock takes place as authorized access also via the operation of the cambar a lock cylinder would be done.

In order to let yourself The invention also does not compare with a mortise lock, which has a so-called electronic knob double cylinder is actuated.

in the With regard to an electronic Knauf double cylinder can namely at an access control device according to the present invention simple door handle use find, so that it no complicated key and / or Knaufdrehung needed.

The The entire electrical installation is located inside the fitting kit with lock case including the Electronics for access control.

The lock bag in the door can be conventional from that for mortise locks Its size and in case of retrofitting stay too. The length the required cable is so small that the mortise lock easily in the lock pocket used and in case of failure can be pulled out again.

By the short installation length There is no risk of damage to the cable Inserting the mortise lock into the lock pocket of the door, so that the danger of possible malfunctions is avoided.

decisive for the Invention is also the possibility electrically control different functions of a mortise lock to be able to.

The end DE 44 07 244 C1 known mortise lock is so far suitable to find use for the invention.

hereupon will be discussed in more detail with reference to the description of the figures.

AE

Ansteuereinheit (z.B. zur Ansteuerung eines Elektromagneten oder Motors in einem Schloss)

DFE

Deckelfreigabeeinheit (z.B. Elektromagnet mit gefedertem Sperrbolzen)

EKE

Externe Kommunikationseinheit (z.B. zum Programmieren über ein externes Gerät oder zum berührungslosen Anschluss an ein Netzwerk)

EV

Energieversorgung (z.B. Batterie, Akku, Netzteil)

GE

Generatoreinheit einschließlich der zugehörigen Ladeschaltung (zur Generierung elektrischer Energie aus mechanischer Energie)

IKE

Interne Kommunikationseinheit (z.B. zur Verschlüsselung der Daten um Manipulationen zu erschweren)

IM

Identifikationsmerkmal (z.B. biometrisches Merkmal, Schlüsselkodierung, PIN-Code)

IMAE

Identifikationsmerkmal-Auswerteeinheit (z.B. elektronischer Schaltkreis zum vergleich der erfassten mit den gespeicherten zutrittsberechtigten Identifikationsmerkmalen)

IME

Identifikationsmerkmal-Erfassungseinheit (z.B. Antenne, Kartenleser, Sensormatrix zur Fingerabdruckerfassung, Tastatur)

IMT

Identifikationsmerkmal-Träger (z.B. Person, Schlüsselkarte, Schlüsselanhänger, Schlüssel)

SG

Signalgeber (z.B. Leuchtdiode, Lampe, Summer, Sirene)

SZL

Solarzellen-Ladeeinheit (Solarzellenanordnung mit zugehöriger Ladeschaltung)

ÜL

Übertragungsleitung (z.B. Kabel mit Steckverbindung, Leiterbahn mit Schleifkontakten)

VÜ

Verschlussüberwachung (z.B. Reedschalter oder Mikroschalter zur Überwachung von Schlosszuständen)

ZKA

Zutrittskontrollanlage (eine Zutrittskontrollanlage soll Nichtberechtigte fernhalten)

ZKZ

Zutrittskontrollzentrale (z.B. können in einer Zutrittskontrollzentrale IMAE, AE EKE und IKE integriert sein und zusätzlich die Bewegungsdaten gespeichert werden)

ZSG

Zutrittskontroll-Stellglied (z.B. elektrisch ansteuerbare Kupplung in einem Schloss zur Türfreigabe)

In addition, the following abbreviations are used in the scope of the application based on a recommendation of the Federal Association of Manufacturers and Installers of Sicherheitssystemen eV (BHE):

AE

Control unit (eg for controlling an electromagnet or motor in a lock)

DFE

Lid release unit (eg electromagnet with spring-loaded locking pin)

EKE

External communication unit (eg for programming via an external device or for non-contact connection to a network)

EV

Power supply (eg battery, rechargeable battery, power supply)

GE

Generator unit including the associated charging circuit (for generating electrical energy from mechanical energy)

IKE

Internal communication unit (eg to encrypt the data to make manipulation more difficult)

IN THE

Identification feature (eg biometric feature, key coding, PIN code)

imae

Identification feature evaluation unit (eg electronic circuit for comparing the recorded with the stored access authorized identification features)

IME

Identification feature detection unit (eg antenna, card reader, sensor matrix for fingerprint capture, keyboard)

IMT

Identification feature carrier (eg person, key card, key fob, key)

SG

Signal transmitter (eg LED, lamp, buzzer, siren)

SZL

Solar cell charging unit (solar cell arrangement with associated charging circuit)

OL

Transmission line (eg cable with plug connection, conductor track with sliding contacts)

VÜ

Lock monitoring (eg reed switch or micro-switch for monitoring lock states)

ZKA

Access control system (an access control system should keep unauthorized persons away)

ZKZ

Access control center (eg can be integrated in an access control center IMAE, AE EKE and IKE and additionally the movement data are stored)

ZSG

Access control actuator (eg electrically controllable coupling in a lock for door release)

in the Following, the invention will be explained in more detail with reference to embodiments.

It demonstrate:

1 a first embodiment of the invention in side view;

2 comparable door sectional view with locking cylinder stuck in the mortise lock;

3 Side view of the lock cylinder after 2 ;

4 Door section view of the installation situation of a mortise lock;

5 the front view of the door outer panel and the outer fitting body with the door open;

6 Front view of a mortise lock in the engaged state and pressed down outside handle;

7 a selection of different identification feature carriers (IMT);

8th Representation accordingly 1 but without connection cable to the mortise lock;

9 Rear view of the outer fitting body;

10 Front view of the outer fitting body in sectional view;

11 Side view of the outer fitting body;

12 Front view of the fitting set according to the invention, wherein the outer fitting body is made in several parts;

13 Rear view of the multi-part outer fitting body;

14 Representations of the outer fitting body and therein Bohrschutzplatte with attached threaded sleeve;

15 Representation of the inner fitting body with einzetzender therein support plate and with a lid;

16 Schematic representation of the set of fittings as part of an access control device.

Provided nothing else is mentioned below, the following description applies to all figures.

They show a fitting set 1 as part of an access control device for a door 8th ,

The access control device includes next to the fitting set 1 also an electrically actuated mortise lock 7 ,

The electrically controllable mortise lock 7 is of conventional lock dimensions and fits with its lock case 17 in a corresponding lock pocket of the door 8th ,

The door handle 14 . 15 as actuating handle and the inner door plate 9 or outer door sign 10 together form a doorknob. Instead of a door plate can also be provided in each case a rosette, so that inner rosette and outer rosette form a Türrosettengarnitur.

In that sense, the door is 8th together with the door plate / door rosette and the mortise lock 7 prepared with a cylinder perforations for receiving a lock cylinder 11 in particular in the 2 . 3 is shown.

Usually, such a lock cylinder operates 11 a locker 12 inside the mortise lock 7 intended functional parts such as bars or the like.

According to 3 this is a so-called profile cylinder 13 , which is formed by a circular cylindrical portion for receiving the lock core and a thereto along a generatrix attached web-like area, which is also bounded at its lower end by a circular cutout.

there be the two circular cut-shaped components of two parallel straight side edges of the profile cylinder with each other connected, so that the profile shown results.

Further shows in particular 4 that the door 8th together with door plate / door rosette and mortise lock 7 is also prepared for attachment of an internal door handle 14 on the inside of the door and an outside door handle 15 on the outside of the door.

Essential to the invention is that in this pre-aligned constellation, according to 2 previously with a lock cylinder 11 could be equipped, a fitting kit 1 is provided according to this invention for installation in the pre-aligned cylinder perforations, which consists of an inner fitting body 2 and an outer fitting body connectable therewith 3 is formed, of which at least one with a door leaf facing housing extension 24 . 31 is provided.

For connection of inner fitting body 2 and outer fitting body 3 serves the Axialbefestigung 4 which expediently from the side of the inner fitting body 2 through the cylinder holes to the outer fitting body 3 runs.

In particular 1 and 8th show, in such combinations of fitting set 1 and electrically controllable mortise lock 7 the fundamental problem, the fitting connection cable 5 and the lock cable 6 each sufficiently long to provide that the two cables ever before the onset of the inner fitting body 2 in the door 8th can be connected.

The situation is similar when the outer fitting body 3 on the inner fitting body 2 to be connected.

When The consequence of these two necessary cable excess lengths is a cable tangle, so that it is necessary is, if possible a lot of room for to provide the accommodation of the two cables.

There are so far flexible pre-stamped fitting connection cable 5 corresponding 10 into consideration, since as a result of the installation volume-gaining properties of the invention, the housing extension 31 of the outer fitting body 3 for housing the corresponding fitting connection cable 5 can be used with.

In particular, the figures show a special case of the invention in which both the inner fitting body 2 as well as the outer fitting body 3 each with a housing extension 24 . 31 are provided. Each housing extension projects from one side into the cylinder perforations.

Without limiting the invention, lock cylinders 11 be used with circular cross section.

Accordingly would be the Housing extension or the housing extensions accordingly circular designed so that they fit into the circumscribing cylinder perforation.

However, profile cylinders are preferred and generally used accordingly 3 , so that the cross section of the respective housing extension in the cross-sectional circumference 30 (S. 13 ) of a corresponding profile cylinder 13 should fit into it.

Generally speaking, the cross-sectional perimeter of such a profile cylinder 13 formed by two circular sections connected with each other via parallel lines.

Accordingly, the housing extension 31 from at least two inscribed circular cylindrical extensions 35 . 36 be formed (s. 12 . 13 ), which together so within the cross-sectional scope 30 of the profile cylinder 13 lie that with the housing extension 31 composites ne fitting body similar to matching in the cylinder perforations 18 is aligned.

Of course, this also applies to a housing extension 31 from the cross section of the profile cylinder 13 and also for a housing extension 24 on the inner fitting body 2 ,

In addition, shows in particular 12 a possibility of axial attachment 4 between inner fitting body 2 and outer fitting body 3 to provide variable length.

For this purpose, as a connecting element is a screw 29 provided, the screw length of the respective dimension X, which represents the door leaf thickness to adjust.

Additionally shows 12 in that the - here - variable-length axial fastening 4 in the inner fitting body via a support plate 28 supported and by a loosening protection 27 secured against loosening.

As one can easily understand, here is the screw thread designed as a so-called right-hand thread, so that the loosening protection 27 must be effective in the opposite direction of rotation.

In addition, shows 14 a development in which in housing extension 31 of the outer fitting body 3 a screw thread 33 is arranged so that it merges into a larger diameter clearance in the screwing, the longitudinal extent of at least the length of the screw thread 33 equivalent.

This is here in a separate threaded sleeve 36 realized according to the individual figures of 14 in the outer fitting body 3 to assemble.

For this purpose, the threaded sleeve 36 on the end with a protective plate 37 provided, in turn, the circular cylindrical portion of the profile cylinder 13 facing nose 38 owns to the associated part of the cylinder perforations 18 to cover up.

It is important, the cavity 32 standing in the housing extension 31 of the outer fitting body 3 located through the protective plate 37 to close.

This cavity 32 However, it is advantageous with regard to the passage of the fitting connection cable 5 only partially covered.

For this purpose shows in particular 14 , upper right, that the outer fitting body 3 with a slot slot 34 is provided in which the protective plate 37 so far can be inserted that at least the Axialbefestigung 4 protected against external attacks.

The protective plate 37 may be hardened to serve as a drill protection plate.

In addition to this show the 9 to 11 Further developments of Außenbeschlagköpers 3 ,

There is in a bag 43 an outdoor fitting insert 40 provided, the at least one identification feature detection unit 42 contains.

These IMEs can be based on different principles. In particular, several IME 42 be provided.

In addition, an acoustic or optical signal transmitter is used 41 in outdoor fitting insert 40 the purpose of indicating to the entrant, whether the identification feature bearer 44 the IME 42 has acted accordingly.

The acoustic or optical signal transmitter 41 may consist of a tone generator, such as a power-saving buzzer or at least one power-saving LED.

Further shows 10 in that in the outer fitting body 3 a Bohrschutzeinlage 39 may be provided, preferably by an external fitting insert 40 is covered.

7 shows different identification feature carriers 44 ,

The IMT 44 is with the IME 42 tuned so that either keycards 44a , Keychain 44b or cylinder key 44c each with transponder or contact-bound readable key 44f can be read as well as radio transmitters 44d or fingerprint sensors 44e ,

In addition to this shows in particular 16 in that the cavity in the inner fitting body 2 , which serves to accommodate the components of the access control device, into the housing extension 24 of the inner fitting body 2 extends.

As 16 shows here can be housed at least one power supply (EV) an identification feature evaluation unit (IMAE) and a drive unit (AE).

Now via the IME of the outer fitting body 3 the information stored on the IMT is read out and the IMAE of the inner leg impact body 2 transmitted, it is, if also access authorization is detected, via the optionally provided IKE a coded signal to the associated IKE in mortise lock 7 transmitted, so that a correspondingly provided ZSG is activated.

By coding the data transmission between the two IKE units in the inner fitting body 2 and mortise lock 7 There is a risk of manipulation after violent removal of the set of fittings 1 significantly reduced, since only appropriately coded signals from the lock-side IKE are expected to activate the ZSG.

In addition to this shows in particular 12 in that the inner fitting body 2 through a lid 25 which covers unauthorized access to the power supply (EV), the IMAE, the control unit (AE) and the axial mounting 4 prevented.

This is ensprechend 16 the inner fitting body 2 provided with a lid release unit (DFE), which covers the lid 25 only then releases, if previously a predetermined key has been recognized by the IMAE as authorized to enter.

Alternatively or additionally, for example, a small furniture cylinder may be provided to the lid 25 to open after key operation.

In addition to this shows 16 that on the lid 25 Also solar cells (SZL) can be arranged, which charge the EV via a charging unit.

Such solar cells are expediently on the surface of the inner fitting body 2 provided to charge the EV via the SZL. Another arrangement of solar cells 46 shows 4 at one point the greatest possible incidence of light.

In addition, sitting in the inner fitting body 2 an external communication unit (EKE) via which a network connection is possible without contact. The EKE serves the purpose alone or in conjunction with the network connection, data in connection with the programming of access authorizations, movement data on authorized and prevented accesses as well as condition monitoring data of the fitting set 1 connected castle to transfer.

How the particular 1 and 8th show, it is essential to the inner fitting body 2 to equip with the corresponding electrical / electronic components, so that a transmission line ÜL of the inner fitting body 2 is provided to the electrically controllable lock to operate this ultimately.

Here is a fitted with a predetermined connector lock cable 6 or a flexible printed circuit board appropriate.

Similarly, the transmission line ÜL between the outer fitting body 3 and the inner fitting body 2 plug connector cable fitted as plug 5 or be designed as a flexible printed circuit board.

Of importance in this respect is the use of plastic and / or die-casting for the inner fitting body 2 and the outer fitting body 3 ,

From this there is the advantage of inexpensive mass production, where under consideration of given breakthrough security by the coded signal transmission IKE (inner fitting body) -ÜL IKE (mortise lock) none the fitting body a towering one Security against violent breakup must offer.

In addition, the figures show that inner fitting body 2 and / or outer fitting body 3 with her the door 8th facing surfaces flush with a door rosette or a door plate, each with existing cylinder perforations 18 can be placed.

The interaction between the fitting set according to the invention 1 and the mortise lock 7 is best based on 6 exemplify.

The mortise lock 7 according to 4 an inner nut 22 and an outdoor nut 23 on.

The inner nut 22 and the outside nut 23 together form a common lock nut, each of which Teilnuß with an associated handle 14 . 15 rotatably connected.

Through the two partial nuts can the mortise lock 7 to perform different functions for each of the two door sides.

Here is provided via a mechanical coupling mechanism 47 the outside door handle 15 only then to activate the latch 19 to admit if the associated electromagnet 48 current is flowing through.

Though This results in a relatively large power consumption, because the Release via must be maintained for several seconds.

But in the case of access authorization can be in any case the withdrawal of lock latch 19 and lock bolt 21 by pressing the outside handle 15 activate.

Here is an example of an auxiliary trap 20 (S. 5 ) Extending the lock bolt 21 controlled.

hereupon but should not be closer be received, since this is only one possible embodiment for the Application of the fitting set according to the invention represents.

In However, in any case, such a mortise lock has a relatively high power consumption.

To this purpose can be complementary Also, a generator unit GE be provided in the mortise lock, with which by pressing the door handle outside and / or inside again so much electrical energy is generated that the state of charge an assigned battery is retained.

However, it should be expressly mentioned so far that the electromagnet 48 according to 6 is functionally identical to the access control actuator (ZSG) according to 16 ,

Alternatively to such an electromagnet 48 could also be used a corresponding electric motor.

Further shows 16 also a closure monitoring (VÜ) over which the properly locked state when the door is closed can be monitored.

The mutual communication between the IKE units in the mortise lock 7 and in the inner fitting body 2 may also be designed so that an exchange of the mortise lock or other component would be detected.

These measure serves the thwarting of manipulation attempts over the ÜL.

Especially The figures also serve to illustrate the following facts:

1 Good to see is the cabling tangle, which is necessary to connect the fitting set with the lock and to use the fitting for larger door thicknesses can.

3

The 2 and 3 illustrate the space required by the lock cylinder 11 - in this case from the profile cylinder 13 - is claimed.

4

To recognize are particularly in the doorframe brought in lock bolt 21 , the lock trap 19 as well as the connection of door handle and lock. The fitting set according to the invention is partially covered by the two door handle. The cross hatching of a partial surface of the inner fitting body 2 is to show as an example of an assembly with solar cells.

5

lock latch 19 and auxiliary trap 20 of the lock stand out, the bolt is in the withdrawn release state. On the outer fitting body 3 can be seen: the round insert with the identification feature detection unit and above the two LEDs as a signal generator 41 for feedback to the user.

6

The left LED of the signal transmitter 41 should signal to the user that the lock is enabled for use.

8th

These Presentation was repeated to the importance of the available installation space to emphasize the location of the cables.

10

Because the screw thread 33 for the screw connection directly in the outer fitting body 2 sits, must be placed in this embodiment, a precision casting or die-cast material. Built into the outer fitting body is a replaceable insert with antenna as IME and LED as SG and attached cable; Under the insert - hatched - a Bohrschutzplatte arranged to protect access to the cable to the lock and the fitting of the fitting.

11

It can be seen that the bag 43 for use upwards has a narrower bulge to accommodate there, for example, the LED can.

12

In this embodiment, it is assumed that both fitting bodies are made of plastic. To still provide acceptable safety, is in the outer fitting body 2 a Bohrschutzplatte with it attached - eg ge welded - Threaded sleeve inserted.

13

These Presentation should emphasize that even with a multipart Exterior fitting body passungsähnlicher Seat of the housing extension can be achieved in the contour of the profile cylinder cross-section.

14

The protective plate 37 has a semicircular nose 38 to protect the cavity in the housing extension. The two dashed neighboring rectangles symbolize light emitting diodes.

15

The lid 25 is inserted and then locks in a not shown locking device DFE. Opening the lid 25 should be allowed after using a special key. The dash-dotted on the lid 25 drawn rounded rectangle indicates the possibility that the lid 25 can also be provided with solar cells.

The C-shaped support plate in the inner fitting 2 It is proposed to be able to transmit a higher axial force on the screw when trying to the outer fitting body 3 demolish. Between the support plate and the head of the screw is a screw lock washer.

16

The Abbreviations or symbols are explained in the table above. In the simplest Case has the access control system according to this invention only the fitting with the components IME, ÜL, IMAE, AE and EV on, to after successful recognition of the authorized key (IMT) in the castle Electromagnets (ZSG) to control.

1

Beschlagsatz

2

Interior fitting body

3

External fitting body

4

axial fastening

5

Fitting connection cable

6

Castle cord

7

mortise lock

8th

door

9

Inside door plate or inner rosette

10

Exterior door plate or external rosette

9.10

Türschild- or door rosette set

11

lock cylinder

12

Cam

13

profile cylinder

14

Internal pusher or Interior door handle

15

Outside pusher or Exterior door handle

16

lock faceplate

17

lock box

18

Cylinder hole

19

lock latch

20

auxiliary latch

21

deadbolt

22

inner nut

23

outer nut

22.23

lock follower

24

Housing extension on the inner fitting body

25

cover

26

Lid locking device

27

easing backup

28

support plate

29

screw

30

Cross-sectional circumference of the lock cylinder

31

Housing extension on the outer fitting body

32

cavity

33

screw thread

34

slot

35

collar

36

threaded sleeve

37

protection plate

38

nose

39

Bohrschutzeinlage

40

External fitting use

41

signaler

42

Identification feature detection unit

43

bag for outdoor fitting insert

44

Identification feature support

44a

key card (with transponder)

44b

Keychain (with transponder)

44c

Cylinder key (with transponder)

44d

radio transmitter

44e

Fingerprint Sensor

44f

contact-bound key

45

Solar cell surface on the lid

46

Solar cell surface on the inner fitting body

47

mechanical clutch mechanism

48

electromagnet

Claims (40)

Fitting kit ( 1 ) as part of an access control device for a door ( 8th ), wherein the access control device comprises an electrically controllable mortise lock and wherein the door and optionally a door plate and / or a door rosette or the like are prepared together with the mortise lock on the one hand with a cylinder perforation for installation of a lock cylinder and on the other hand both on the inside of the door and on the outside of the door each for mounting an actuating handle, characterized in that the fitting set of an inner fitting body ( 2 ) and an outer fitting body ( 3 ) of which at least one ( 2 ; 3 ) with a door leaf facing housing extension ( 24 ; 31 ), which is adapted to fit in the pre-aligned cylinder holes instead of the lock cylinder. Fitting set according to claim 1, characterized in that the inner fitting body ( 2 ) and the outer fitting body ( 3 ) each with a housing extension ( 24 . 31 ) are provided, which protrude from one side into the cylinder perforations. Fitting set according to claim 1 or 2, characterized in that the cross section of the housing extension ( 24 . 31 ) in the cross-sectional scope ( 30 ) of a lock cylinder whose cross-section is circular. Fitting set according to claim 1 or 2, characterized in that the cross section of the housing extension ( 24 . 31 ) in the cross-sectional scope ( 30 ) of a lock cylinder whose cross-section is formed of two interconnected circles or circular cutouts. Fitting set according to claim 3 or 4, characterized in that the housing extension ( 31 ) of the outer fitting body ( 3 ) of at least two cylindrical projections ( 35 . 36 ), which together so within the cross-sectional scope ( 30 ) of the lock cylinder, that with the housing extension ( 31 ) associated fitting body ( 3 ) in the cylinder perforation ( 18 ) is aligned similar to matching. Fitting set according to at least one of the preceding claims, characterized in that the outer fitting body ( 3 ) with the inner fitting body ( 2 ) via a variable-length axial attachment ( 4 ). Fitting set according to claim 6, characterized in that the variable-length axial attachment ( 4 ) from at least one detachable screw connection ( 29 ) consists. Fitting set according to claim 6 or 7, characterized in that the variable-length axial attachment ( 4 ) in the inner fitting body ( 2 ) via a support plate ( 28 ) and by a loosening ( 27 ) is secured against loosening. Fitting set according to claim 7, characterized in that in the housing extension ( 31 ) of the outer fitting body ( 3 ) at least one screw thread ( 33 ) is arranged so that it merges in the screwing into a free space whose longitudinal extent at least the length of the thread ( 33 ) corresponds. Fitting set according to claim 9, characterized in that the screw thread ( 33 ) and the adjacent free space in a separate threaded sleeve ( 36 ) lie. Fitting set according to claim 10, characterized in that the threaded sleeve ( 36 ) on an insertable or insertable plate ( 37 ) is attached. Fitting set according to claim 6, characterized in that in the housing extension ( 31 ) of the outer fitting body ( 3 ) a cavity ( 32 ) for at least partially accommodating a fitting connection cable ( 5 ) is located. Fitting set according to claim 6, characterized in that the outer fitting body ( 3 ) with an insertion slot ( 34 ), into which a protective plate ( 37 ) can be pushed so far that at least the Axialbefestigung ( 4 ) is protected against attacks from outside. Fitting set according to claim 13, characterized in that the protective plate ( 37 ) is designed as a drill protection plate. Fitting set according to claim 13 or 14, characterized in that the protective plate ( 37 ) a nose ( 38 ) which at least partially surrounds the cavity ( 32 ) for housing the fitting connection cable ( 5 ) covers. Fitting set according to claim 6, characterized in that in the outer fitting body ( 3 ) in a bag ( 43 ) an exterior fitting insert ( 40 ), the at least one identification feature detection unit ( 42 ) contains. Fitting set according to claim 16, characterized in that in the outer fitting insert ( 40 ) a plurality of identification feature detection units ( 42 ) are housed. Fitting set according to claim 16 or 17, characterized in that in the outer fitting insert ( 40 ) at least one acoustic or optical signal transmitter ( 41 ) is housed. Fitting set according to claim 18, characterized in that the optical signal transmitter ( 41 ) consists of at least one light emitting diode. Fitting set according to claim 16, characterized in that in the outer fitting body ( 3 ) a Bohrschutzeinlage ( 39 ), which by the outer fitting insert ( 40 ) is covered. Fitting set according to claim 16, characterized in that the at least in the outer fitting body ( 3 ) identification feature detection unit ( 42 ) is suitable for reading keycards ( 44a ). Fitting set according to claim 16, characterized in that the at least in the outer fitting body ( 3 ) identification feature detection unit ( 42 ) is suitable for reading transponders in key fobs ( 44b ) or contactless ( 44c ) or contact-bound ( 44f ) readable keys. Fitting set according to claim 16, characterized in that the at least in the outer fitting body ( 3 ) identification feature detection unit ( 42 ) is suitable for receiving signals from a radio transmitter ( 44d ). Fitting set according to claim 16, characterized in that the at least in the outer fitting body ( 3 ) identification feature detection unit ( 42 ) as a fingerprint sensor ( 44e ) is executed. Fitting set according to claim 16, characterized in that in the inner fitting body ( 2 ) the cavity for accommodating components of the access control device into the housing extension ( 24 ) of the inner fitting body ( 2 ). Fitting set according to claim 25, characterized in that in the inner fitting body ( 2 ) at least one power supply (EV), an identification feature evaluation unit (IMAE) and a drive unit (AE) are housed. Fitting set according to claim 26, characterized in that the inner fitting body ( 2 ) through a lid ( 25 ), the unauthorized access to the power supply (EV), the identification feature evaluation unit (IMAE), the control unit (AE) and the Axialbefestigung ( 4 ) prevented. Fitting set according to claim 27, characterized in that the inner fitting body ( 2 ) is provided with a lid release unit (DFE), the lid ( 25 ) for opening only after a key determined for this purpose has been recognized by the identification feature evaluation unit (IMAE). Fitting set according to claim 27, characterized in that the inner fitting body ( 2 ) is provided with a lock cylinder to the lid ( 25 ) to open after key operation. Fitting set according to claim 27, characterized in that on the lid ( 25 ) Solar cells (SZL) are arranged, which charge the power supply (EV) via a charging unit (SZL). Fitting set according to claim 25, characterized in that on the surface of the inner fitting body ( 2 ) Solar cells ( 46 ) are arranged, which charge the power supply (EV) via a charging unit (SZL). Fitting set according to claim 25, characterized in that in the inner fitting body ( 2 ) an external communication unit (EKE) sits, on the data in connection with the programming of access authorizations, movement data on authorized access and / or prevented access attempts and data of the condition monitoring of the connected to the fitting set castle contactless can be transmitted. Fitting set according to claim 25, characterized in that in the inner fitting body ( 2 ) An external communication unit (EKE) sits, via the contactless network connection is made possible. Fitting set according to claim 25, characterized in that in the inner fitting body ( 2 ) is an internal communication unit (IKE), via which to prevent manipulation of the lock cable ( 6 ) or on the transmission lines (ÜL) of the data and signal exchange is encrypted. Fitting set according to claim 25, characterized in that on the inner fitting body ( 2 ) a transmission line (ÜL) to the electrically controllable lock ( 7 ) is connectable. Fitting set according to claim 35, characterized in that the transmission line (ÜL) between the inner fitting body ( 2 ) and the controllable lock ( 7 ) as a plug-fitted lock cable ( 6 ) or designed as a flexible printed circuit board. Fitting set according to one of the preceding claims, characterized in that the transmission line (ÜL) between the inner fitting body ( 2 ) and the outer fitting body ( 3 ) as a plug-fitted fitting connection cable ( 5 ) or designed as a flexible printed circuit board. Fitting set according to one of claims 1 to 37, characterized in that the inner fitting body ( 2 ) and / or the outer fitting body ( 3 ) consist of plastic and / or die-cast. Fitting set, in particular according to claim 34, characterized in that a further internal communication unit (IKE) is housed inaccessible from the outside in the mortise lock, with the internal communication unit (IKE) of the inner fitting body communicates decoding. Fitting set according to one of claims 1 to 39, characterized in that inner fitting body ( 2 ) and / or outer fitting body ( 3 ) with her the door ( 8th ) facing surfaces flush with a door rosette or a door plate, each with existing cylinder perforations ( 18 ) can be placed.