EP1626145B1 - Lock assembly on a door, a window or similar with a boltnose rotatable around its extendable axis and a lock with at least one of such an assembly - Google Patents

Lock assembly on a door, a window or similar with a boltnose rotatable around its extendable axis and a lock with at least one of such an assembly Download PDF

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Publication number
EP1626145B1
EP1626145B1 EP04018858A EP04018858A EP1626145B1 EP 1626145 B1 EP1626145 B1 EP 1626145B1 EP 04018858 A EP04018858 A EP 04018858A EP 04018858 A EP04018858 A EP 04018858A EP 1626145 B1 EP1626145 B1 EP 1626145B1
Authority
EP
European Patent Office
Prior art keywords
bolt
locking
rotary slide
lateral
projection
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Not-in-force
Application number
EP04018858A
Other languages
German (de)
French (fr)
Other versions
EP1626145A1 (en
Inventor
Peter Tadi
Dusan Strle
Mike Piquer
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Roto Frank AG
Original Assignee
Roto Frank AG
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Roto Frank AG filed Critical Roto Frank AG
Priority to PL04018858T priority Critical patent/PL1626145T3/en
Priority to AT04018858T priority patent/ATE349591T1/en
Priority to ES04018858T priority patent/ES2279263T3/en
Priority to DE502004002462T priority patent/DE502004002462D1/en
Priority to EP04018858A priority patent/EP1626145B1/en
Publication of EP1626145A1 publication Critical patent/EP1626145A1/en
Application granted granted Critical
Publication of EP1626145B1 publication Critical patent/EP1626145B1/en
Not-in-force legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
    • E05B47/02—Movement of the bolt by electromagnetic means; Adaptation of locks, latches, or parts thereof, for movement of the bolt by electromagnetic means
    • E05B47/023—Movement of the bolt by electromagnetic means; Adaptation of locks, latches, or parts thereof, for movement of the bolt by electromagnetic means the bolt moving pivotally or rotatively
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
    • E05B47/02—Movement of the bolt by electromagnetic means; Adaptation of locks, latches, or parts thereof, for movement of the bolt by electromagnetic means
    • E05B47/026—Movement of the bolt by electromagnetic means; Adaptation of locks, latches, or parts thereof, for movement of the bolt by electromagnetic means the bolt moving rectilinearly
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05C—BOLTS OR FASTENING DEVICES FOR WINGS, SPECIALLY FOR DOORS OR WINDOWS
    • E05C5/00—Fastening devices with bolts moving otherwise than only rectilinearly and only pivotally or rotatively
    • E05C5/02—Fastening devices with bolts moving otherwise than only rectilinearly and only pivotally or rotatively both moving axially and turning about their axis to secure the wing
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B63/00—Locks or fastenings with special structural characteristics
    • E05B63/12—Locks or fastenings with special structural characteristics with means carried by the bolt for interlocking with the keeper
    • E05B63/125—Locks or fastenings with special structural characteristics with means carried by the bolt for interlocking with the keeper with a sliding bolt rotating about its axis, i.e. of bayonet type

Definitions

  • the invention relates to a lock assembly between a wing and a fixed frame of a door, a window or the like, with a latch assembly on the one hand and a latch receptacle on the other hand, wherein the latch assembly comprises a latch and an exclusion drive for this purpose, by means of which the bolt in the direction of the axis of an exclusion movement , the so-called exclusion axis, is movable from a retracted position into an exclusion position in which it engages in the bolt receptacle wherein the bolt on a bolt body has a transverse to the exclusion axis projecting lateral latch projection and by means of AusInstitutantriebes with a first, an inlet position forming rotational position of the side Bolt projection with respect to the exclusion axis movable into the bolt receptacle is, wherein the locking arrangement for the lateral locking projection comprises a rotary drive with a rotary valve, by means of which the lateral locking projection is rotatable on the engaging in the
  • the present invention has set itself the goal.
  • the rotary drive for the lateral latch projection accordingly comprises a rotary valve which is to be moved for the transfer of the lateral latch projection from the inlet to the rear grip position in the transverse direction of the exclusion axis.
  • a drive element is available, which allows a final wing lock with simple kinematics and thus in particular with high reliability.
  • the bolt of the lock assembly is introduced not only in the direction of the exclusion axis in the associated bolt receptacle but also by turning the side of the bolt projecting latch projection is brought around the AusQueryachse with the latch receiving side counter surface in the rear grip.
  • This results in a mutually effective locking of the relevant wing on the associated fixed frame. It can forces that attack in the transverse direction of the exclusion, as well as ablate in the fixed frame, as forces that are effective in the exclusion direction.
  • not only an effective locking of turning and tilting wings but also an effective locking of sliding in the direction of the exclusion axis sliding panels is possible.
  • the lock arrangement counteracts, in particular, the mutual disposition of the wing and the fixed frame in the fold transverse direction with the latch located in the end-locked state.
  • the burglar resistance of the relevant door, the relevant window or the like is maximized.
  • the positive locking elements are provided for implementing the movement of the rotary valve in a rotational movement of the lateral locking projection directly to the rotary valve or on the bolt, preferably formed on the respective component in the case of another Erfindungsbauart.
  • the result is a small overall volume of the overall arrangement, which accommodates the cramped installation conditions in the case of lock arrangements.
  • the rotary valve of the rotary drive for the lateral locking projection in a preferred embodiment of the invention in a release position in which the lateral locking projection is released for rotational movement about the exclusion axis and / or in a Einlauf Anlagensnosti be moved, in which the lateral locking projection is blocked from leaving the inlet position.
  • the rotational mobility of the lateral locking projection in the release position of the rotary valve can be used to make an appropriate rotational adjustment of the lateral locking projection.
  • Such Drehein combinkeit the lateral locking projection allows, for example, a right / left usability of the lock assembly according to the invention.
  • In the inlet safety position of the rotary valve ensures that the lateral latch projection does not leave its inlet position and the latch can thus enter without hindrance by the lateral latch projection in the latch receptacle.
  • the rotary valve of the rotary drive for the lateral latch projection can be used to convert the lateral latch projection before it dips into the latch receptacle in the inlet position.
  • the executed by means of the Aus gleichantriebes movement of the bolt in the direction of Aus gleichachse and the movement of the rotary valve of the rotary drive for the lateral latch projection are coordinated such that the lateral latch projection is secured in the inlet position when it enters the latch receptacle.
  • the claims 9 to 11 relate to invention types, in which case the movements of the bolt in the direction of the exclusion axis and the movements of the rotary valve in the transverse direction of the exclusion axis at least partially not manually but rather are effected by means of a motor drive. This results in a high degree of user-friendliness of the lock arrangement according to the invention.
  • a common drive motor In the interests of the simplest possible constructive and manufacturing conditions and in the interests of the smallest possible overall volume of the overall arrangement may be provided for the bolt and the rotary valve a common drive motor.
  • an automatic movement of the rotary valve of the rotary drive in the inlet safety position or in the direction of rotation locking and / or the bolt is provided in the exclusion position.
  • To trigger such an automatic movement it only requires a corresponding control of a Motion lock for the rotary valve or for the bolt, which then releases the standing under the action of a restoring force rotary valve or standing under the action of a restoring force latch for restoring movement.
  • the rotary valve and the bolt are provided with a communal controllable movement lock.
  • This feature of the invention also serves to simplify the design or production engineering as well as to minimize the overall volume of the overall arrangement.
  • the lateral locking projection of the bolt with respect to the exclusion axis is arranged eccentrically.
  • the lateral locking projection upon rotation of the lateral locking projection about the exclusion axis results in a relatively large lateral displacement of the radially outward boundary of the lateral locking projection.
  • the lateral latch projection can be moved from the engaged position to the rearward grip position with its radially outer boundary in the direction of the main plane run up the relevant door extending surface of the fixed door frame and thereby cause an actuation of the wing against the fixed frame.
  • a locking arrangement 1 comprises a lock housing 2, which together with its built-in parts is to be inserted into a fold-side recess of a door leaf, not shown, and to be fixed in the installation position on the door leaf.
  • a bolt 3 is movably guided in the direction of a double arrow 4 along an exclusion axis 5.
  • a falz character attached to the lock housing 2 guide member 6 with a circular cross-section guide opening 7.
  • the Latch 3 arranged with a lateral latch projection 8, which in turn projects transversely to the exclusion axis 5 of a bar base body 9.
  • the lateral locking projection 8 is provided at the free end of a cross-section reduced length portion 10 of the locking body 9.
  • Parallel to the exclusion axis 5 is the cross-section reduced Length portion 10 of the locking body 9 limited by an elliptically curved longitudinal surface 11 and of a semi-circular longitudinal surface 12 passing into this.
  • Curved radial boundary surfaces 13, 14 of the lateral locking projection 8 are arranged eccentrically with respect to the exclusion axis 5.
  • the lateral locking projection 8 is bounded by mutually parallel planar boundary surfaces 15, 16.
  • a longitudinal section 17 with circular cross-section is followed by a longitudinal section 18 with form-fitting strips 19 running in the axial direction and with intermediate spaces 20 arranged in the circumferential direction between the form-fitting strips 19.
  • the end of the bolt 3 opposite the lateral locking projection 8 is formed by an insertion pin 21 of the locking element 9.
  • the insertion pin 21 of the latch 3 is mounted on a in the interior of the lock housing 2 in the direction of the double arrow 4 movably guided longitudinal slide 22.
  • the connection between the bolt 3 and the longitudinal slide 22 is fixed in the direction of the double arrow 4, but allows the bolt 3 to rotate relative to the longitudinal slide 22 about the exclusion axis 5.
  • an angle lever 24 is pivotally mounted in the interior of the lock housing 2.
  • a Winkelhebelarm 25 of the angle lever 24 is located on the longitudinal slide 22, with a Winkelhebelarm 26 to a bracket 27 at.
  • the bracket 27 is guided in the interior of the lock housing 2 in the direction of a double arrow 28 and thus perpendicular to the Au gleichachse 5 movable.
  • the bracket 27 is provided with connection lugs 29, 30 for connecting push rods, not shown in FIG.
  • the bracket 27 has a form-fitting receptacle 31 for a driver 32, which in turn is formed integrally with a rotary valve 33.
  • the rotary valve 33 is also guided displaceably in the lock housing 2 in the direction of the double arrow 28.
  • the rotary valve 33 in the Fign. 6 and 7 are shown.
  • FIG. 6 shows the rotary valve 33 in the front view according to FIG. 1; in Fig. 7 is the of the observer of Figs. 1 and 6 remote rear side of the rotary valve 33 shown.
  • the rotary valve 33 is provided with in the direction of the exclusion axis 5 extending form-fitting strips 34 and a strip space 35 arranged between them.
  • the form-fitting strips 34 and the intermediate strip space 35 on the rotary slide valve 33 are matched to the form-fitting strips 19 and the gauge intermediate spaces 20 on the latch 3.
  • the movement lock 36 is jointly movable with the bracket 27 in the direction of the double arrow 28. Depending on its position in the direction of the double arrow 28, the movement barrier 36 is located with a blocking surface 37 either in front of the longitudinal slide 22 or below the longitudinal slide 22.
  • FIG. 2 shows a striking plate 38, which together with the locking arrangement 1 forms a lock arrangement 39.
  • the strike plate 38 is used in the usual way in a fold-side recess on a fixed door frame, not shown. In the installed position, the striking plate 38 rests with a striking plate flange 40 on the fixed door frame. Through the Sch Strukturblechflansch 40 through the lock plate 38 is bolted to the fixed door frame. Between the screw the lock plate 38 is provided with a latch receptacle 41.
  • the bolt receptacle 41 comprises a receiving opening 42 which opens at the seam side and a receiving extension 43 located toward the interior of the fixed door frame.
  • the receiving extension 43 is provided with lateral receiving windows 44.
  • the cross section of the receiving slot 42 has the shape of an uneven rectangle and slightly exceeds the cross section of the lateral locking projection 8 of the bolt 3.
  • the recording extension 43 has a much larger cross-section.
  • soffit surfaces of the recording windows 44 form the lateral locking projection 8 of the bolt 3 associated mating surfaces 45, 46th
  • the lock assembly 39 is part of a lock 47 formed as a multiple lock.
  • the lock assembly 39 shown in detail with the lock assembly 1 forms an auxiliary lock assembly connected via a push rod 48 to a main lock assembly 49 of conventional design is. Both lock arrangements 39 are always in one and the same functional state.
  • the functional state according to FIG. 8 is the state in which the door leaf provided with the locking arrangements 1 of the lock arrangements 39 can be pivoted in the opening or in the closing direction relative to the associated fixed door frame.
  • the latch 3 assumes its retracted position.
  • the lateral locking projection 8 is in the inlet position.
  • the bracket 27 in the interior of the lock housing 2 is displaced in the direction of the double arrow 28 in one of its end positions.
  • the rotary valve 33 is above the driver 32 with the bracket 27th coupled and is in a release position in which it releases the latch 3 for rotation about the exclusion axis 5. This rotational mobility of the bolt 3 allows a right / left usability of the latch assembly 1 and thus the entire lock assembly 39th
  • the movement lock 36 is moved to a position in which it overlaps slightly on its locking surface 37 with the longitudinal slide 22.
  • the longitudinal slide 22 is acted upon on its rear side remote from the bolt by a compressed in the functional state shown drive spring 50. With its end remote from the longitudinal slide 22 end, the drive spring 50 is supported on the inner wall of the lock housing 2.
  • the main locking device 49 is actuated, for example by inserting a key into a lock cylinder of the main locking device 49 and turning it in the closing direction, the push rods 48 of the lock arrangements are displaced 39 toward the main locking device 49.
  • the push rods 48 are manually to move over a short distance only.
  • the longitudinal slide 22 can cooperate with the lock 3 in the direction of exclusion along the exclusion axis 5 under the action of the drive spring 50 acting on it and forming a motor drive device move.
  • the longitudinal slide 22 acts on the angle lever 24 on the Winkelhebelarm 25 and thereby pivots the angle lever 24 about the pivot axis 23.
  • This is accompanied by an action on the bracket 27 by the Winkelhebelarm 26, which in turn the bracket 27 automatically shifted to the main locking device 49 becomes.
  • the bracket 27 takes the rotary valve 33 in the transverse direction of the exclusion axis 5 with.
  • the angle lever 24 and the bracket 27 thus act as a deflection gear, by means of which a movement of the bolt 3 in the direction of the exclusion axis 5 is converted into a movement of the rotary valve 33 transversely to the exclusion axis 5.
  • the drive spring 50 forms a common motor drive device for the latch 3 and the rotary valve 33rd
  • the rotary valve 33 can run with the advancing in the direction of movement form-fitting strip 34 in a strip space 20 on the bar base body 9 without auflieaufen on that form-fitting strip 19 of the bar base body 9, which finally occupied by the form-fitting bar 34 of the rotary valve 33 dash space 20 in Direction of movement of the rotary valve 33 limited.
  • the lateral locking projection 8 is located in a different rotational position from the inlet position, it is rotated by the rising with his leading form-fitting strip 34 on a form-fitting strip 19 of the locking body 9 rotary valve 33 in the inlet position.
  • the lateral locking projection 8 thus assumes its inlet position when it reaches the locking plate 38 in the course of the exclusion movement of the bolt 3. This ensures that the latch 3 with the leading lateral latch projection 8 in the latch receptacle 41, in detail in the receiving inlet 42, can dip. If the rotary valve 33 with its leading form-fitting strip 34 in the associated strip space 20 on the bar body 9, so he takes a Einlauftechnischswolf, in which he blocks the bar base body 9 against rotation about the exclusion axis 5 and thus the lateral latch projection 8 against leaving the inlet position.
  • the exclusion movement of the bolt 3 and the lateral locking projection 8 ends when the longitudinal slide 22 runs in the direction of movement on a connected to the lock housing 2 stop.
  • the lateral locking projection 8 is located on the striking plate 38 in the receiving extension 43 of the bolt receptacle 41, but he still takes his entry position.
  • the rotary valve 33 forms a back pressure lock for the bolt 3. All in all, the conditions according to FIGS. 9 and 10.
  • the main locking device 49 here to operate by turning a key in the closing direction.
  • the brackets 27 of the bolt arrangements 1 are moved further beyond the push rods 48 to the main locking device 49.
  • the bracket 27 takes the rotary valve 33 in the direction of displacement.
  • At least one form-fitting strip 34 on the rotary valve 33 acts on an opposing form-fitting strip 19 on the bar base body 9.
  • the bar body 9 and with this the lateral locking projection 8 in the receiving extension 43 of the closing plate-side locking receptacle 41 is rotated about the exclusion axis 5.
  • the lateral locking projection 8 runs with its longitudinal ends in the receiving window 44 on the strike plate 38 and now engages behind the lock plate side mating surfaces 45, 46. In this rear handle position of the latch 3 also acts a mutual displacement of latch assembly 1 and striking plate 38 and thus of the door and fixed door frame in Falzquerraum contrary.
  • the curved radial boundary surface 13 of the lateral locking projection 8 moves laterally out of the striking plate 38 during its rotation through one of the receiving windows 44. If the receptacle for the striking plate 38 is made to fit the fixed door frame, then the curved radial boundary surface 13 of the lateral locking projection 8 runs on the wall of the receptacle for the striking plate 38. Thereby, the latch 3 and with this the entire latch assembly 1 and provided with the latch assembly 1 door is pushed away from the viewer of Fig. 12. This results in a corresponding arrangement of the fixed door frame a backlash-free support of the door and fixed door frame transverse to the door main plane.
  • the main locking device 49 is operated by turning the relevant key in the opening direction.
  • the push rods 48 move in opposite directions from the main locking device 49 away.
  • This is associated with each latch assembly 1, a rectified displacement of the bracket 27 in the interior of the lock housing 2.
  • the bar base body 9 is first rotated about the exclusion axis 5. This is accompanied by a rotational movement of the lateral locking projection 8 from the rear grip position according to FIGS. 11 and 12 in the inlet position according to FIGS. 9 and 10.

Abstract

Lock has a locking projection (1) with bolt (3), and locking seat (41) on the other side. Using a justifying drive, the bolt can be moved on its first turning position into the locking seat. The sideways facing locking projection (8) is moved into the locking receptacle on the axis of the locking motion into its back grip position where it forms a surface (45,46) opposite the bolt.

Description

Die Erfindung betrifft eine Schlossanordnung zwischen einem Flügel und einem festen Rahmen einer Tür, eines Fensters oder dergleichen, mit einer Riegelanordnung einerseits und einer Riegelaufnahme andererseits, wobei die Riegelanordnung einen Riegel sowie einen Ausschlussantrieb hierfür umfasst, mittels dessen der Riegel in Richtung der Achse einer Ausschlussbewegung , die sogenannte Ausschlussachse, aus einer Rückzugsstellung in eine Ausschlussstellung bewegbar ist, in welcher er in die Riegelaufnahme eingreift wobei der Riegel an einem Riegelgrundkörper einen quer zu der Ausschlussachse vorstehenden seitlichen Riegelvorsprung aufweist und mittels des Ausschlussantriebes mit einer ersten, eine Einlaufstellung bildenden Drehstellung des seitlichen Riegelvorsprungs bezüglich der Ausschlussachse in die Riegelaufnahme bewegbar ist, wobei die Riegelanordnung für den seitlichen Riegelvorsprung einen Drehantrieb mit einem Drehschieber umfasst, mittels dessen der seitliche Riegelvorsprung an dem in die Riegelaufnahme eingreifenden Riegel aus der Einlaufstellung um die Ausschlussachse in eine Hintergriffsstellung drehbar ist und wobei riegelaufnahmeseitig eine dem seitlichen Riegelvorsprung zugeordnete Gegenfläche vorgesehen ist, welche der seitliche Riegelvorsprung in der Einlaufstellung in Ausschlussrichtung passiert und in der Hintergriffsstellung an der von der Riegelanordnung abliegenden Seite hintergreift. Die Erfindung betrifft des Weiteren eine Verriegelung zwischen einem Flügel und einem festen Rahmen einer Tür, eines Fensters oder dergleichen mit wenigstens einer vorstehenden Schlossanordnung.The invention relates to a lock assembly between a wing and a fixed frame of a door, a window or the like, with a latch assembly on the one hand and a latch receptacle on the other hand, wherein the latch assembly comprises a latch and an exclusion drive for this purpose, by means of which the bolt in the direction of the axis of an exclusion movement , the so-called exclusion axis, is movable from a retracted position into an exclusion position in which it engages in the bolt receptacle wherein the bolt on a bolt body has a transverse to the exclusion axis projecting lateral latch projection and by means of Ausschlussantriebes with a first, an inlet position forming rotational position of the side Bolt projection with respect to the exclusion axis movable into the bolt receptacle is, wherein the locking arrangement for the lateral locking projection comprises a rotary drive with a rotary valve, by means of which the lateral locking projection is rotatable on the engaging in the bolt receiving latch from the inlet position about the exclusion axis in a rear grip position and wherein the bolt receiving side is provided a the lateral locking projection associated mating surface , Which passes through the lateral locking projection in the inlet position in the exclusion direction and engages behind in the rear grip position on the side remote from the latch assembly side. The invention further relates to a lock between a wing and a fixed frame of a door, a window or the like with at least one protruding lock arrangement.

Aus EP 0 798 436 A2 ist eine Schlossanordnung bekannt, im Falle derer der Riegel zur Überführung in die Ausschlussstellung linear in Ausschlussrichtung verschoben wird und dabei in die Riegelaufnahme an einem zugeordneten Schließblech eintaucht. Über den in Ausschlussstellung befindlichen Riegel lassen sich Kräfte in den festen Rahmen ableiten, deren Wirkungslinie quer zu der Richtung der Riegel-Ausschlussbewegung verläuft.From EP 0 798 436 A2 a lock arrangement is known, in the case of which the bolt is displaced linearly in the exclusion direction for transfer to the exclusion position and thereby dips into the bolt receptacle on an associated strike plate. By means of the locking bar, forces can be derived in the fixed frame, the line of action of which extends transversely to the direction of the locking bar exclusion movement.

Gattungsgemäßer Stand der Technik ist offenbart in WO 88/00637 A1. Diese Druckschrift betrifft eine Schlossanordnung mit einem in eine Ausschlussrichtung bewegbaren Riegel, der an seinem in der Ausschlussrichtung voreilenden Ende mehrere seitliche Vorsprünge aufweist. Nach dem Ausschließen und dem damit verbundenen Einlaufen in ein Schließblech wird der Riegel um die Ausschlussachse gedreht und dadurch an den seitlichen Vorsprüngen mit dem Schließblech in Hintergriff gebracht. Die Drehbewegung des Riegels wird mittels eines Hülse bewirkt, die auf dem in der Ausschlussrichtung nacheilenden Ende des Riegels aufsitzt. Dabei ist eine axiale Bewegung der Hülse relativ zu dem Riegel in eine quer dazu gerichtete Drehbewegung des Riegels umzusetzen. Hierzu bedarf es aufwändiger konstruktiver Maßnahmen. Im Einzelnen sind in die Wand der Hülse Steuerbahnen eingearbeitet und der Riegel weist damit zusammenwirkende und in radialer Richtung vorstehende Steuerzapfen auf. Außerdem ist für die Hülse eine Verdrehsicherung vorgesehen.The generic state of the art is disclosed in WO 88/00637 A1. This document relates to a lock arrangement with a movable in an exclusion direction latch having a plurality of lateral projections at its leading end in the direction of exclusion. After exclusion and the associated shrinkage in a strike plate of the bolt is rotated about the exclusion axis and thereby brought to the lateral projections with the strike plate in the rear grip. The rotary movement of the bolt is effected by means of a sleeve, which on the in the exclusion direction trailing end of the bolt is seated. In this case, an axial movement of the sleeve relative to the bolt in a transversely directed thereto rotational movement of the bolt implement. This requires complex constructive measures. Specifically, control tracks are incorporated in the wall of the sleeve and the latch has cooperating and projecting in the radial direction control pin. In addition, a rotation is provided for the sleeve.

Eine aufwändige Konstruktion der vorbekannten Art ist zwangsläufig mit Einschränkungen bei der Funktionssicherheit verbunden.An elaborate construction of the known type is inevitably associated with restrictions in the reliability.

Den gattungsgemäßen Stand der Technik diesbezüglich weiterzubilden, hat sich die vorliegende Erfindung zum Ziel gesetzt.To develop the generic state of the art in this regard, the present invention has set itself the goal.

Erfindungsgemäß gelöst wird diese Aufgabe durch die Schlossanordnung nach Patentanspruch 1 sowie durch die Verriegelung nach Patentanspruch 15.This object is achieved according to the invention by the lock arrangement according to claim 1 and by the lock according to claim 15.

Im Falle der Erfindung umfasst der Drehantrieb für den seitlichen Riegelvorsprung demnach einen Drehschieber, der zur Überführung des seitlichen Riegelvorsprungs aus der Einlauf- in die Hintergriffsstellung in Querrichtung der Ausschlussachse zu bewegen ist. Mit dem erfindungsgemäßen Drehschieber steht ein Antriebselement zur Verfügung, das eine endgültige Flügelverriegelung mit einfacher Kinematik und somit insbesondere auch mit hoher Funktionssicherheit ermöglicht.In the case of the invention, the rotary drive for the lateral latch projection accordingly comprises a rotary valve which is to be moved for the transfer of the lateral latch projection from the inlet to the rear grip position in the transverse direction of the exclusion axis. With the rotary valve according to the invention, a drive element is available, which allows a final wing lock with simple kinematics and thus in particular with high reliability.

Im Übrigen wird der Riegel der Schlossanordnung nicht nur in Richtung der Ausschlussachse in die zugeordnete Riegelaufnahme eingeführt sondern auch durch Drehen des an dem Riegel seitlich vorstehenden Riegelvorsprungs um die Ausschlussachse mit der riegelaufnahmeseitigen Gegenfläche in Hintergriff gebracht. Daraus resultiert eine allseitig wirksame Verriegelung des betreffenden Flügels an dem zugehörigen festen Rahmen. Es lassen sich Kräfte, die in Querrichtung der Ausschlussachse angreifen, ebenso in den festen Rahmen abtragen, wie Kräfte, die in Ausschlussrichtung wirksam sind. Insofern ist nicht nur eine wirksame Verriegelung von Dreh- und Kippflügeln sondern darüber hinaus auch eine wirksame Verriegelung von in Richtung der Ausschlussachse bewegbaren Schiebeflügeln möglich. Bei falzseitigem Einbau wirkt die Schlossanordnung mit dem im Endverriegelungszustand befindlichen Riegel insbesondere auch einer gegenseitigen Verlagerung von Flügel und festem Rahmen in Falzquerrichtung entgegen. Die Einbruchsicherheit der betreffenden Tür, des betreffenden Fensters oder dergleichen wird maximiert.Incidentally, the bolt of the lock assembly is introduced not only in the direction of the exclusion axis in the associated bolt receptacle but also by turning the side of the bolt projecting latch projection is brought around the Ausschlussachse with the latch receiving side counter surface in the rear grip. This results in a mutually effective locking of the relevant wing on the associated fixed frame. It can forces that attack in the transverse direction of the exclusion, as well as ablate in the fixed frame, as forces that are effective in the exclusion direction. In this respect, not only an effective locking of turning and tilting wings but also an effective locking of sliding in the direction of the exclusion axis sliding panels is possible. In the case of a fold-in installation, the lock arrangement counteracts, in particular, the mutual disposition of the wing and the fixed frame in the fold transverse direction with the latch located in the end-locked state. The burglar resistance of the relevant door, the relevant window or the like is maximized.

Besondere Ausführungsarten der Schlossanordnung nach Patentanspruch 1 und der Verriegelung nach Patentanspruch 15 ergeben sich aus den abhängigen Patentansprüchen 2 bis 14.Particular embodiments of the lock assembly according to claim 1 and the lock according to claim 15 emerge from the dependent claims 2 to 14.

Ebenfalls einer hohen Funktionssicherheit der erfindungsgemäßen Schlossanordnung dienen die in den Patentansprüchen 2 und 3 beschriebenen Maßnahmen. Das demnach vorgesehene mechanische Getriebe zwischen dem Drehschieber des Drehantriebes einerseits und dem seitlichen Riegelvorsprung andererseits zeichnet sich durch eine hohe Robustheit bei gleichzeitig einfacher konstruktiver Gestaltung aus.Also a high reliability of the lock assembly according to the invention serve the measures described in the patent claims 2 and 3. The thus provided mechanical transmission between the rotary valve of the rotary drive on the one hand and the lateral locking projection on the other hand is characterized by a high degree of robustness at the same time simple structural design.

Gemäß Patentanspruch 4 sind im Falle einer weiteren Erfindungsbauart die Formschlusselemente zur Umsetzung der Bewegung des Drehschiebers in eine Drehbewegung des seitlichen Riegelvorsprungs unmittelbar an dem Drehschieber bzw. an dem Riegel vorgesehen, vorzugsweise an das jeweilige Bauteil angeformt. Ergebnis ist ein geringes Bauvolumen der Gesamtanordnung, welche den räumlich beengten Einbauverhältnissen im Falle von Schlossanordnungen Rechnung trägt.According to claim 4, the positive locking elements are provided for implementing the movement of the rotary valve in a rotational movement of the lateral locking projection directly to the rotary valve or on the bolt, preferably formed on the respective component in the case of another Erfindungsbauart. The result is a small overall volume of the overall arrangement, which accommodates the cramped installation conditions in the case of lock arrangements.

Ausweislich Patentanspruch 5 kann der Drehschieber des Drehantriebes für den seitlichen Riegelvorsprung in bevorzugter Ausgestaltung der Erfindung auch in eine Freigabestellung, bei welcher der seitliche Riegelvorsprung zur Drehbewegung um die Ausschlussachse freigegeben ist und/oder in eine Einlaufsicherungsstellung bewegt werden, bei welcher der seitliche Riegelvorsprung gegen Verlassen der Einlaufstellung blockiert ist. Die Drehbeweglichkeit des seitlichen Riegelvorsprungs bei Freigabestellung des Drehschiebers kann genutzt werden, um eine zweckentsprechende Dreheinstellung des seitlichen Riegelvorsprungs vorzunehmen. Eine derartige Dreheinstellbarkeit des seitlichen Riegelvorsprungs ermöglicht beispielsweise eine Rechts-/Linksverwendbarkeit der erfindungsgemäßen Schlossanordnung. Bei Einlaufsicherungsstellung des Drehschiebers ist gewährleistet, dass der seitliche Riegelvorsprung seine Einlaufstellung nicht verlässt und der Riegel folglich ohne Behinderung durch den seitlichen Riegelvorsprung in die Riegelaufnahme einlaufen kann.As shown in claim 5, the rotary valve of the rotary drive for the lateral locking projection in a preferred embodiment of the invention in a release position in which the lateral locking projection is released for rotational movement about the exclusion axis and / or in a Einlaufsicherungsstellung be moved, in which the lateral locking projection is blocked from leaving the inlet position. The rotational mobility of the lateral locking projection in the release position of the rotary valve can be used to make an appropriate rotational adjustment of the lateral locking projection. Such Dreheinstellbarkeit the lateral locking projection allows, for example, a right / left usability of the lock assembly according to the invention. In the inlet safety position of the rotary valve ensures that the lateral latch projection does not leave its inlet position and the latch can thus enter without hindrance by the lateral latch projection in the latch receptacle.

Im Falle der Erfindungsbauart nach Patentanspruch 6 kann der Drehschieber des Drehantriebes für den seitlichen Riegelvorsprung dazu genutzt werden, den seitlichen Riegelvorsprung vor seinem Eintauchen in die Riegelaufnahme in die Einlaufstellung zu überführen.In the case of Erfindungsbauart according to claim 6, the rotary valve of the rotary drive for the lateral latch projection can be used to convert the lateral latch projection before it dips into the latch receptacle in the inlet position.

Gemäß Patentanspruch 7 sind die mittels des Ausschlussantriebes ausgeführte Bewegung des Riegels in Richtung der Ausschlussachse sowie die Bewegung des Drehschiebers des Drehantriebes für den seitlichen Riegelvorsprung derart aufeinander abgestimmt, dass der seitliche Riegelvorsprung in der Einlaufstellung gesichert ist, wenn er in die Riegelaufnahme einläuft.According to claim 7, the executed by means of the Ausschlussantriebes movement of the bolt in the direction of Ausschlussachse and the movement of the rotary valve of the rotary drive for the lateral latch projection are coordinated such that the lateral latch projection is secured in the inlet position when it enters the latch receptacle.

Gemäß Patentanspruch 8 übernimmt der Drehschieber als weitere Funktion die Funktion einer Rückdrucksperre für den Riegel.According to claim 8 takes over the rotary valve as another function, the function of a back pressure lock for the bolt.

Die Patentansprüche 9 bis 11 betreffen Erfindungsbauarten, im Falle derer die Bewegungen des Riegels in Richtung der Ausschlussachse und die Bewegungen des Drehschiebers in Querrichtung der Ausschlussachse zumindest teilweise nicht manuell sondern vielmehr mittels eines motorischen Antriebs bewirkt werden. Daraus resultiert eine hohe Benutzerfreundlichkeit der erfindungsgemäßen Schlossanordnung. Im Interesse möglichst einfacher konstruktiver und fertigungstechnischer Verhältnisse sowie im Interesse eines möglichst kleinen Bauvolumens der Gesamtanordnung kann dabei für den Riegel und für den Drehschieber ein gemeinschaftlicher Antriebsmotor vorgesehen sein. Mittels eines Umlenkgetriebes zwischen dem Riegel und dem Drehschieber lassen sich einerseits Riegelbewegungen in Richtung der Ausschlussachse und andererseits Drehschieberbewegungen quer zu der Ausschlussachse und damit insbesondere auch Drehbewegungen des seitlichen Riegelvorsprungs um die Ausschlussachse ineinander umsetzen.The claims 9 to 11 relate to invention types, in which case the movements of the bolt in the direction of the exclusion axis and the movements of the rotary valve in the transverse direction of the exclusion axis at least partially not manually but rather are effected by means of a motor drive. This results in a high degree of user-friendliness of the lock arrangement according to the invention. In the interests of the simplest possible constructive and manufacturing conditions and in the interests of the smallest possible overall volume of the overall arrangement may be provided for the bolt and the rotary valve a common drive motor. By means of a deflection between the bolt and the rotary valve can be on the one hand latch movements in the direction of the exclusion axis and on the other hand implement rotary slide movements transversely to the exclusion axis and thus in particular also rotational movements of the lateral locking projection to the exclusion axis.

An der erfindungsgemäßen Schlossanordnung nach Patentanspruch 12 ist eine selbsttätige Bewegung des Drehschiebers des Drehantriebes in die Einlaufsicherungsstellung bzw. in Drehverriegelungsrichtung und/oder des Riegels in die Ausschlussstellung vorgesehen. Zum Auslösen einer derartigen selbsttätigen Bewegung bedarf es lediglich einer entsprechenden Ansteuerung einer Bewegungssperre für den Drehschieber bzw. für den Riegel, welche daraufhin den unter der Wirkung einer Rückstellkraft stehenden Drehschieber bzw. den unter der Wirkung einer Rückstellkraft stehenden Riegel zur Rückstellbewegung freigibt.At the lock assembly according to the invention according to claim 12, an automatic movement of the rotary valve of the rotary drive in the inlet safety position or in the direction of rotation locking and / or the bolt is provided in the exclusion position. To trigger such an automatic movement, it only requires a corresponding control of a Motion lock for the rotary valve or for the bolt, which then releases the standing under the action of a restoring force rotary valve or standing under the action of a restoring force latch for restoring movement.

Ausweislich Patentanspruch 13 sind der Drehschieber und der Riegel mit einer gemeinschaftlichen steuerbaren Bewegungssperre versehen. Auch dieses Erfindungsmerkmal dient der konstruktiven bzw. fertigungstechnischen Vereinfachung sowie der Minimierung des Bauvolumens der Gesamtanordnung.As shown in claim 13, the rotary valve and the bolt are provided with a communal controllable movement lock. This feature of the invention also serves to simplify the design or production engineering as well as to minimize the overall volume of the overall arrangement.

Gemäß Patentanspruch 14 ist in weiterer bevorzugter Ausgestaltung der Erfindung der seitliche Riegelvorsprung des Riegels bezüglich der Ausschlussachse exzentrisch angeordnet. Infolgedessen ergibt sich bei Drehung des seitlichen Riegelvorsprungs um die Ausschlussachse eine verhältnismäßig große seitliche Verlagerung der in radialer Richtung außenliegenden Begrenzung des seitlichen Riegelvorsprungs. Es besteht beispielsweise die Möglichkeit, den seitlichen Riegelvorsprung bei dessen Drehbewegung von der Einlauf- in die Hintergriffsstellung an einer Gegenfläche des mit der Riegelaufnahme versehenen Teiles der betreffenden Tür, des betreffenden Fensters oder dergleichen zur Anlage zu bringen. Ist etwa die Riegelanordnung an einem Türflügel und die Riegelaufnahme an einem festen Türrahmen vorgesehen, so kann der seitliche Riegelvorsprung bei Überführung von der Eingriffs- in die Hintergriffsstellung mit seiner radial außenliegenden Begrenzung auf eine in Richtung der Hauptebene der betreffenden Tür verlaufende Fläche des festen Türrahmens auflaufen und dadurch eine Beaufschlagung des Flügels gegen den festen Rahmen bewirken.According to claim 14, in a further preferred embodiment of the invention, the lateral locking projection of the bolt with respect to the exclusion axis is arranged eccentrically. As a result, upon rotation of the lateral locking projection about the exclusion axis results in a relatively large lateral displacement of the radially outward boundary of the lateral locking projection. There is, for example, the possibility of bringing the lateral locking projection during its rotational movement from the inlet to the rear grip position on a counter surface of the provided with the latch receiving part of the relevant door, the relevant window or the like to the plant. If, for example, the latch arrangement is provided on a door leaf and the bolt receptacle is provided on a fixed door frame, then the lateral latch projection can be moved from the engaged position to the rearward grip position with its radially outer boundary in the direction of the main plane run up the relevant door extending surface of the fixed door frame and thereby cause an actuation of the wing against the fixed frame.

Nachstehend wird die Erfindung anhand beispielhafter schematischer Darstellungen näher erläutert. Es zeigen:

Fig. 1
die Riegelanordnung einer Schlossanordnung für eine Tür u.a. mit einem Riegel und einem Drehschieber hierfür,
Fig. 2
das Schließblech zu der Riegelanordnung nach Fig. 1,
Fign. 3 bis 5
den Riegel der Riegelanordnung nach Fig. 1,
Fign. 6 und 7
den Drehschieber für den Riegel nach den Fign. 3 und 5,
Fig. 8
die Riegelanordnung nach Fig. 1 in der senkrechten Draufsicht und in dem Funktionszustand gemäß Fig. 1,
Fig. 9
eine Einzeldarstellung der Riegelanordnung nach den Fign. 1 und 8 in einem zweiten Funktionszustand,
Fig. 10
die Riegelanordnung nach Fig. 9 mit dem zugehörigen Schließblech,
Fig. 11
eine Einzeldarstellung der Riegelanordnung nach den Fign. 1 und 8 bis 10 in einem dritten Funktionszustand und
Fig. 12
die Riegelanordnung nach Fig. 11 mit dem zugehörigen Schließblech.
The invention will be explained in more detail below with reference to exemplary schematic illustrations. Show it:
Fig. 1
the locking arrangement of a lock arrangement for a door, inter alia, with a bolt and a rotary valve therefor,
Fig. 2
the strike plate to the latch assembly of FIG. 1,
FIGS. 3 to 5
the bolt of the bolt arrangement according to FIG. 1,
FIGS. 6 and 7
the rotary valve for the bolt after the Fign. 3 and 5,
Fig. 8
1 in the vertical plan view and in the functional state of FIG. 1,
Fig. 9
a detailed representation of the latch assembly according to FIGS. 1 and 8 in a second functional state,
Fig. 10
the locking arrangement according to FIG. 9 with the associated striking plate,
Fig. 11
a detailed representation of the latch assembly according to FIGS. 1 and 8 to 10 in a third functional state and
Fig. 12
the latch assembly of FIG. 11 with the associated strike plate.

Ausweislich Fig. 1 umfasst eine Riegelanordnung 1 ein Schlossgehäuse 2, das gemeinschaftlich mit seinen Einbauteilen in eine falzseitige Aussparung eines nicht gezeigten Türflügels einzusetzen und in Einbaulage an dem Türflügel zu fixieren ist. Im Innern des Schlossgehäuses 2 ist ein Riegel 3 in Richtung eines Doppelpfeils 4 entlang einer Ausschlussachse 5 beweglich geführt..Dabei durchsetzt der Riegel 3 ein an dem Schlossgehäuse 2 falzseitig angebrachtes Führungselement 6 mit einer im Querschnitt kreisförmigen Führungsöffnung 7. Außerhalb des Schlossgehäuses 2 ist der Riegel 3 mit einem seitlichen Riegelvorsprung 8 angeordnet, der seinerseits quer zu der Ausschlussachse 5 von einem Riegelgrundkörper 9 vorsteht.As shown in FIG. 1, a locking arrangement 1 comprises a lock housing 2, which together with its built-in parts is to be inserted into a fold-side recess of a door leaf, not shown, and to be fixed in the installation position on the door leaf. In the interior of the lock housing 2, a bolt 3 is movably guided in the direction of a double arrow 4 along an exclusion axis 5.Dabei penetrates the latch 3 a falzseitig attached to the lock housing 2 guide member 6 with a circular cross-section guide opening 7. Outside the lock housing 2 is the Latch 3 arranged with a lateral latch projection 8, which in turn projects transversely to the exclusion axis 5 of a bar base body 9.

Wie insbesondere den Fign. 3 bis 5 entnommen werden kann, ist der seitliche Riegelvorsprung 8 an dem freien Ende eines querschnittsreduzierten Längenabschnitts 10 des Riegelgrundkörpers 9 vorgesehen. Parallel zu der Ausschlussachse 5 wird der querschnittsreduzierte Längenabschnitt 10 des Riegelgrundkörpers 9 von einer elliptisch gekrümmten Längsfläche 11 sowie von einer in diese übergehenden halbkreisförmigen Längsfläche 12 begrenzt. Gekrümmte radiale Begrenzungsflächen 13, 14 des seitlichen Riegelvorsprungs 8 sind bezüglich der Ausschlussachse 5 exzentrisch angeordnet. Im Übrigen wird der seitliche Riegelvorsprung 8 von parallel zueinander verlaufenden ebenen Begrenzungsflächen 15, 16 begrenzt.As in particular the Fign. 3 to 5 can be taken, the lateral locking projection 8 is provided at the free end of a cross-section reduced length portion 10 of the locking body 9. Parallel to the exclusion axis 5 is the cross-section reduced Length portion 10 of the locking body 9 limited by an elliptically curved longitudinal surface 11 and of a semi-circular longitudinal surface 12 passing into this. Curved radial boundary surfaces 13, 14 of the lateral locking projection 8 are arranged eccentrically with respect to the exclusion axis 5. Incidentally, the lateral locking projection 8 is bounded by mutually parallel planar boundary surfaces 15, 16.

An den querschnittsreduzierten Längenabschnitt 10 des Riegelgrundkörpers 9 schließt sich in axialer Richtung ein Längenabschnitt 17 mit Kreisquerschnitt an. Auf diesen folgt ein Längenabschnitt 18 mit in axialer Richtung verlaufenden Formschlussleisten 19 sowie mit in Umfangsrichtung zwischen den Formschlussleisten 19 angeordneten Leistenzwischenräumen 20. Das dem seitlichen Riegelvorsprung 8 gegenüberliegende Ende des Riegels 3 wird von einem Einsteckzapfen 21 des Riegelgrundkörpers 9 gebildet.At the cross-section reduced length portion 10 of the bolt body 9 is followed in the axial direction, a longitudinal section 17 with circular cross-section. This is followed by a longitudinal section 18 with form-fitting strips 19 running in the axial direction and with intermediate spaces 20 arranged in the circumferential direction between the form-fitting strips 19. The end of the bolt 3 opposite the lateral locking projection 8 is formed by an insertion pin 21 of the locking element 9.

Über den Einsteckzapfen 21 ist der Riegel 3 an einem im Innern des Schlossgehäuses 2 in Richtung des Doppelpfeils 4 beweglich geführten Längsschieber 22 gelagert. Die Verbindung zwischen Riegel 3 und Längsschieber 22 ist in Richtung des Doppelpfeils 4 fest, lässt aber zu, dass sich der Riegel 3 relativ zu dem Längsschieber 22 um die Ausschlussachse 5 dreht.About the insertion pin 21 of the latch 3 is mounted on a in the interior of the lock housing 2 in the direction of the double arrow 4 movably guided longitudinal slide 22. The connection between the bolt 3 and the longitudinal slide 22 is fixed in the direction of the double arrow 4, but allows the bolt 3 to rotate relative to the longitudinal slide 22 about the exclusion axis 5.

An einem gehäusefesten Drehachszapfen 23 ist im Innern des Schlossgehäuses 2 ein Winkelhebel 24 schwenkbar gelagert. Mit einem Winkelhebelarm 25 liegt der Winkelhebel 24 an dem Längsschieber 22, mit einem Winkelhebelarm 26 an einem Bügel 27 an. Der Bügel 27 ist im Innern des Schlossgehäuses 2 in Richtung eines Doppelpfeils 28 und somit senkrecht zu der Auschlussachse 5 beweglich geführt. Der Bügel 27 ist mit Anschlussnasen 29, 30 zum Anschluss von in Fig. 1 nicht dargestellten Schubstangen versehen. Außerdem weist der Bügel 27 eine Formschlussaufnahme 31 für einen Mitnehmer 32 auf, der seinerseits einstückig mit einem Drehschieber 33 ausgebildet ist.On a housing-fixed axis of rotation pin 23, an angle lever 24 is pivotally mounted in the interior of the lock housing 2. With a Winkelhebelarm 25 of the angle lever 24 is located on the longitudinal slide 22, with a Winkelhebelarm 26 to a bracket 27 at. The bracket 27 is guided in the interior of the lock housing 2 in the direction of a double arrow 28 and thus perpendicular to the Auschlussachse 5 movable. The bracket 27 is provided with connection lugs 29, 30 for connecting push rods, not shown in FIG. In addition, the bracket 27 has a form-fitting receptacle 31 for a driver 32, which in turn is formed integrally with a rotary valve 33.

Der Drehschieber 33 ist in dem Schlossgehäuse 2 ebenfalls in Richtung des Doppelpfeils 28 verschieblich geführt. Im Einzelnen ist der Drehschieber 33 in den Fign. 6 und 7 dargestellt. Dabei zeigt Fig. 6.den Drehschieber 33 in der Vorderansicht gemäß Fig. 1; in Fig. 7 ist die von dem Betrachter der Fign. 1 und 6 abliegende Rückseite des Drehschiebers 33 dargestellt. Demnach ist der Drehschieber 33 mit in Richtung der Ausschlussachse 5 verlaufenden Formschlussleisten 34 und einem zwischen diesen angeordneten Leistenzwischenraum 35 versehen. Maßlich sind die Formschlussleisten 34 und der Leistenzwischenraum 35 an dem Drehschieber 33 auf die Formschlussleisten 19 und die Leistenzwischenräume 20 an dem Riegel 3 abgestimmt.The rotary valve 33 is also guided displaceably in the lock housing 2 in the direction of the double arrow 28. In detail, the rotary valve 33 in the Fign. 6 and 7 are shown. FIG. 6 shows the rotary valve 33 in the front view according to FIG. 1; in Fig. 7 is the of the observer of Figs. 1 and 6 remote rear side of the rotary valve 33 shown. Accordingly, the rotary valve 33 is provided with in the direction of the exclusion axis 5 extending form-fitting strips 34 and a strip space 35 arranged between them. Dimensionally, the form-fitting strips 34 and the intermediate strip space 35 on the rotary slide valve 33 are matched to the form-fitting strips 19 and the gauge intermediate spaces 20 on the latch 3.

An der zu dem Längsschieber 22 hin liegenden Seite ist der Bügel 27 mit einer steuer- bzw. schaltbaren Bewegungssperre 36 gekoppelt. Die Bewegungssperre 36 ist gemeinschaftlich mit dem Bügel 27 in Richtung des Doppelpfeils 28 beweglich. In Abhängigkeit von ihrer Position in Richtung des Doppelpfeils 28 liegt die Bewegungssperre 36 mit einer Sperrfläche 37 entweder vor dem Längsschieber 22 oder unterhalb des Längsschiebers 22.At the side facing the longitudinal slider 22 side of the bracket 27 is coupled to a controllable or switchable movement lock 36. The movement lock 36 is jointly movable with the bracket 27 in the direction of the double arrow 28. Depending on its position in the direction of the double arrow 28, the movement barrier 36 is located with a blocking surface 37 either in front of the longitudinal slide 22 or below the longitudinal slide 22.

Fig. 2 zeigt ein Schließblech 38, das gemeinschaftlich mit der Riegelanordnung 1 eine Schlossanordnung 39 bildet. Das Schließblech 38 wird in gewohnter Weise in eine falzseitige Aussparung an einem nicht gezeigten festen Türrahmen eingesetzt. In Einbaulage liegt das Schließblech 38 mit einem Schließblechflansch 40 auf dem festen Türrahmen auf. Durch den Schließblechflansch 40 hindurch wird das Schließblech 38 mit dem festen Türrahmen verschraubt. Zwischen den Verschraubungen ist das Schließblech 38 mit einer Riegelaufnahme 41 versehen. Die Riegelaufnahme 41 umfasst einen falzseitig mündenden Aufnahmeneinlauf 42 sowie eine zu dem Innern des festen Türrahmens hin gelegene Aufnahmenerweiterung 43. Die Aufnahmenerweiterung 43 ist mit seitlichen Aufnahmefenstern 44 versehen. Der Querschnitt des Aufnahmeneinlaufes 42 besitzt die Form eines ungleichseitigen Rechtecks und übersteigt den Querschnitt des seitlichen Riegelvorsprungs 8 des Riegels 3 geringfügig. Die Aufnahmenerweiterung 43 besitzt einen wesentlich größeren Querschnitt. Zu dem Aufnahmeneinlauf 42 hin gelegene Laibungsflächen der Aufnahmefenster 44 bilden dem seitlichen Riegelvorsprung 8 des Riegels 3 zugeordnete Gegenflächen 45, 46.FIG. 2 shows a striking plate 38, which together with the locking arrangement 1 forms a lock arrangement 39. The strike plate 38 is used in the usual way in a fold-side recess on a fixed door frame, not shown. In the installed position, the striking plate 38 rests with a striking plate flange 40 on the fixed door frame. Through the Schließblechflansch 40 through the lock plate 38 is bolted to the fixed door frame. Between the screw the lock plate 38 is provided with a latch receptacle 41. The bolt receptacle 41 comprises a receiving opening 42 which opens at the seam side and a receiving extension 43 located toward the interior of the fixed door frame. The receiving extension 43 is provided with lateral receiving windows 44. The cross section of the receiving slot 42 has the shape of an uneven rectangle and slightly exceeds the cross section of the lateral locking projection 8 of the bolt 3. The recording extension 43 has a much larger cross-section. To the receiving slot 42 located soffit surfaces of the recording windows 44 form the lateral locking projection 8 of the bolt 3 associated mating surfaces 45, 46th

Die Funktionsweise der Schlossanordnung 39 wird anhand der Fign. 8 bis 12 erläutert.The operation of the lock assembly 39 will be described with reference to FIGS. 8 to 12 explained.

Ausweislich Fig. 8 ist die Schlossanordnung 39 Teil einer als Mehrfachverriegelung ausgebildeten Verriegelung 47. Ebenso wie eine andeutungsweise gezeigte weitere Schlossanordnung 39 bildet die mit der Riegelanordnung 1 im Detail dargestellte Schlossanordnung 39 eine Zusatzverriegelungsvorrichtung, die über eine Schubstange 48 mit einer Hauptverriegelungsvorrichtung 49 herkömmlicher Bauart verbunden ist. Beide Schlossanordnungen 39 befinden sich stets in ein und demselben Funktionszustand.As shown in FIG. 8, the lock assembly 39 is part of a lock 47 formed as a multiple lock. Like a further shown lock assembly 39, the lock assembly 39 shown in detail with the lock assembly 1 forms an auxiliary lock assembly connected via a push rod 48 to a main lock assembly 49 of conventional design is. Both lock arrangements 39 are always in one and the same functional state.

Bei dem Funktionszustand gemäß Fig. 8 handelt es sich um denjenigen Zustand, bei welchem der mit den Riegelanordnungen 1 der Schlossanordnungen 39 versehene Türflügel gegenüber dem zugehörigen festen Türrahmen in Öffnungs- bzw. in Schließrichtung geschwenkt werden kann. An jeder Riegelanordnung 1 nimmt der Riegel 3 seine Rückzugsstellung ein. Der seitliche Riegelvorsprung 8 befindet sich in der Einlaufstellung.The functional state according to FIG. 8 is the state in which the door leaf provided with the locking arrangements 1 of the lock arrangements 39 can be pivoted in the opening or in the closing direction relative to the associated fixed door frame. At each latch assembly 1, the latch 3 assumes its retracted position. The lateral locking projection 8 is in the inlet position.

Der Bügel 27 im Innern des Schlossgehäuses 2 ist in Richtung des Doppelpfeils 28 in eine seiner Endstellungen verschoben. Der Drehschieber 33 ist über den Mitnehmer 32 mit dem Bügel 27 gekoppelt und befindet sich in einer Freigabestellung, in welcher er den Riegel 3 zur Drehung um die Ausschlussachse 5 freigibt. Diese Drehbeweglichkeit des Riegels 3 gestattet eine Rechts-/Linksverwendbarkeit der Riegelanordnung 1 und somit der gesamten Schlossanordnung 39.The bracket 27 in the interior of the lock housing 2 is displaced in the direction of the double arrow 28 in one of its end positions. The rotary valve 33 is above the driver 32 with the bracket 27th coupled and is in a release position in which it releases the latch 3 for rotation about the exclusion axis 5. This rotational mobility of the bolt 3 allows a right / left usability of the latch assembly 1 and thus the entire lock assembly 39th

An der zu dem Längsschieber 22 hin gelegenen Seite des Bügels 27 ist die Bewegungssperre 36 in eine Position bewegt, in welcher sie an ihrer Sperrfläche 37 geringfügig mit dem Längsschieber 22 überlappt. Der Längsschieber 22 wird an seiner von dem Riegel abliegenden Rückseite durch eine bei dem gezeigten Funktionszustand komprimierte Antriebsfeder 50 beaufschlagt. Mit ihrem von dem Längsschieber 22 abliegenden Ende ist die Antriebsfeder 50 an der Innenwand des Schlossgehäuses 2 abgestützt.At the longitudinal slide 22 towards the side of the bracket 27, the movement lock 36 is moved to a position in which it overlaps slightly on its locking surface 37 with the longitudinal slide 22. The longitudinal slide 22 is acted upon on its rear side remote from the bolt by a compressed in the functional state shown drive spring 50. With its end remote from the longitudinal slide 22 end, the drive spring 50 is supported on the inner wall of the lock housing 2.

Wird nun ausgehend von den Verhältnissen gemäß Fig. 8 und bei in Schließlage an dem festen Türrahmen befindlichem Türflügel die Hauptverriegelungsvorrichtung 49 betätigt, beispielsweise indem ein Schlüssel in einen Schließzylinder der Hauptverriegelungsvorrichtung 49 eingeführt und in Schließrichtung gedreht wird, so verlagern sich die Schubstangen 48 der Schlossanordnungen 39 zu der Hauptverriegelungsvorrichtung 49 hin. Dabei sind die Schubstangen 48 manuell über eine lediglich kurze Wegstrecke zu verschieben. Von den Schubstangen 48 mitgenommen werden die Bügel 27 im Innern des Schlossgehäuses 2 einer jeden Riegelanordnung 1. Der Weg der manuellen Verschiebung des Bügels 27 muss nur so groß sein, dass die zunächst bestehende Überdeckung der mit dem Bügel 27 gekoppelten Bewegungssperre 36 einerseits und des Längsschiebers 22 andererseits aufgehoben wird. Erreicht die Bewegungssperre 36 eine Position, in welcher ihre Sperrfläche 37 nicht mehr mit dem Längsschieber 22 überlappt, so kann sich der Längsschieber 22 unter der Wirkung der ihn beaufschlagenden und eine motorische Antriebseinrichtung bildenden Antriebsfeder 50 gemeinschaftlich mit dem Riegel 3 in Ausschlussrichtung entlang der Ausschlussachse 5 bewegen. Bei dieser Bewegung beaufschlagt der Längsschieber 22 den Winkelhebel 24 an dem Winkelhebelarm 25 und schwenkt dadurch den Winkelhebel 24 um den Drehachszapfen 23. Damit einher geht eine Beaufschlagung des Bügels 27 durch den Winkelhebelarm 26, wodurch wiederum der Bügel 27 selbsttätig zu der Hauptverriegelungsvorrichtung 49 hin verschoben wird. Bei dieser Bewegung nimmt der Bügel 27 den Drehschieber 33 in Querrichtung der Ausschlussachse 5 mit. Der Winkelhebel 24 und der Bügel 27 fungieren demnach als Umlenkgetriebe, mittels dessen eine Bewegung des Riegels 3 in Richtung der Ausschlussachse 5 in eine Bewegung des Drehschiebers 33 quer zu der Ausschlussachse 5 umgesetzt wird. Die Antriebsfeder 50 bildet eine gemeinschaftliche motorische Antriebseinrichtung für den Riegel 3 und den Drehschieber 33.If, starting from the conditions according to FIG. 8 and with the door frame in the closed position, the main locking device 49 is actuated, for example by inserting a key into a lock cylinder of the main locking device 49 and turning it in the closing direction, the push rods 48 of the lock arrangements are displaced 39 toward the main locking device 49. The push rods 48 are manually to move over a short distance only. Of the push rods 48 are taken the bracket 27 inside the lock housing 2 of each latch assembly 1. The way of manual displacement of the bracket 27 only needs to be so large that the initial overlap of the coupled with the bracket 27 movement lock 36 on the one hand and the longitudinal slide 22 on the other hand is repealed. If the movement lock 36 reaches a position in which its blocking surface 37 no longer overlaps with the longitudinal slide 22, then the longitudinal slide 22 can cooperate with the lock 3 in the direction of exclusion along the exclusion axis 5 under the action of the drive spring 50 acting on it and forming a motor drive device move. In this movement, the longitudinal slide 22 acts on the angle lever 24 on the Winkelhebelarm 25 and thereby pivots the angle lever 24 about the pivot axis 23. This is accompanied by an action on the bracket 27 by the Winkelhebelarm 26, which in turn the bracket 27 automatically shifted to the main locking device 49 becomes. In this movement, the bracket 27 takes the rotary valve 33 in the transverse direction of the exclusion axis 5 with. The angle lever 24 and the bracket 27 thus act as a deflection gear, by means of which a movement of the bolt 3 in the direction of the exclusion axis 5 is converted into a movement of the rotary valve 33 transversely to the exclusion axis 5. The drive spring 50 forms a common motor drive device for the latch 3 and the rotary valve 33rd

Die Ausschlussbewegung des Riegels 3 und die Verschiebung des Drehschiebers 33 sind derart aufeinander abgestimmt, dass der Drehschieber 33 mit seiner in Bewegungsrichtung voreilenden Formschlussleiste 34 erst dann auf Höhe des Riegelgrundkörpers 9 zu liegen kommt, wenn letzterer bereits derart weit in Ausschlussrichtung bewegt ist, dass die genannte Formschlussleiste 34 an dem Drehschieber 33 in einen Leistenzwischenraum 20 an dem Riegelgrundkörper 9 einlaufen kann.The exclusion movement of the bolt 3 and the displacement of the rotary valve 33 are coordinated so that the rotary valve 33 with its leading in the direction of movement Formschlussleiste 34 only then comes to rest at the level of the bolt body 9, if the latter is already moved so far in the exclusion that the said form-fitting strip 34 can run on the rotary valve 33 in a middle space 20 on the bar body 9.

In dem gezeigten Beispielsfall kann der Drehschieber 33 mit der in Bewegungsrichtung voreilenden Formschlussleiste 34 in einen Leistenzwischenraum 20 an dem Riegelgrundkörper 9 einlaufen, ohne dabei auf diejenige Formschlussleiste 19 des Riegelgrundkörpers 9 aufzulaufen, welche den von der Formschlussleiste 34 des Drehschiebers 33 schließlich eingenommenen Leistenzwischenraum 20 in Bewegungsrichtung des Drehschiebers 33 begrenzt. Dies ist darauf zurückzuführen, dass der seitliche Riegelvorsprung 8 an dem Riegel 3 von Beginn an seine Einlaufstellung eingenommen hat. Befindet sich der seitliche Riegelvorsprung 8 in einer von der Einlaufstellung verschiedenen Drehstellung, so wird er durch den mit seiner voreilenden Formschlussleiste 34 auf eine Formschlussleiste 19 des Riegelgrundkörpers 9 auflaufenden Drehschieber 33 in die Einlaufstellung gedreht.In the example shown, the rotary valve 33 can run with the advancing in the direction of movement form-fitting strip 34 in a strip space 20 on the bar base body 9 without auflieaufen on that form-fitting strip 19 of the bar base body 9, which finally occupied by the form-fitting bar 34 of the rotary valve 33 dash space 20 in Direction of movement of the rotary valve 33 limited. This is due to the fact that the lateral locking projection 8 has taken on the latch 3 from the beginning of its inlet position. The lateral locking projection 8 is located in a different rotational position from the inlet position, it is rotated by the rising with his leading form-fitting strip 34 on a form-fitting strip 19 of the locking body 9 rotary valve 33 in the inlet position.

In jedem Fall nimmt der seitliche Riegelvorsprung 8 also seine Einlaufstellung ein, wenn er im Laufe der Ausschlussbewegung des Riegels 3 das Schließblech 38 erreicht. Dadurch ist sichergestellt, dass der Riegel 3 mit dem voreilenden seitlichen Riegelvorsprung 8 in die Riegelaufnahme 41, im Einzelnen in den Aufnahmeneinlauf 42, eintauchen kann. Liegt der Drehschieber 33 mit seiner vorauseilenden Formschlussleiste 34 in dem zugeordneten Leistenzwischenraum 20 an dem Riegelgrundkörper 9, so nimmt er eine Einlaufsicherungsstellung ein, in welcher er den Riegelgrundkörper 9 gegen Drehen um die Ausschlussachse 5 und somit den seitlichen Riegelvorsprung 8 gegen Verlassen der Einlaufstellung blockiert.In any case, the lateral locking projection 8 thus assumes its inlet position when it reaches the locking plate 38 in the course of the exclusion movement of the bolt 3. This ensures that the latch 3 with the leading lateral latch projection 8 in the latch receptacle 41, in detail in the receiving inlet 42, can dip. If the rotary valve 33 with its leading form-fitting strip 34 in the associated strip space 20 on the bar body 9, so he takes a Einlaufsicherungsstellung, in which he blocks the bar base body 9 against rotation about the exclusion axis 5 and thus the lateral latch projection 8 against leaving the inlet position.

Die Ausschlussbewegung des Riegels 3 bzw. des seitlichen Riegelvorsprungs 8 endet, sobald der Längsschieber 22 in Bewegungsrichtung auf einen mit dem Schlossgehäuse 2 verbundenen Anschlag aufläuft. Der seitliche Riegelvorsprung 8 liegt an dem Schließblech 38 zwar in der Aufnahmenerweiterung 43 der Riegelaufnahme 41, er nimmt aber nach wie vor seine Einlaufstellung ein. Der Drehschieber 33 bildet eine Rückdrucksperre für den Riegel 3. Alles in allem ergeben sich die Verhältnisse gemäß den Fign. 9 und 10.The exclusion movement of the bolt 3 and the lateral locking projection 8 ends when the longitudinal slide 22 runs in the direction of movement on a connected to the lock housing 2 stop. Although the lateral locking projection 8 is located on the striking plate 38 in the receiving extension 43 of the bolt receptacle 41, but he still takes his entry position. The rotary valve 33 forms a back pressure lock for the bolt 3. All in all, the conditions according to FIGS. 9 and 10.

Zur endgültigen Verriegelung des Türflügels ist im gezeigten Beispielsfall erneut die Hauptverriegelungsvorrichtung 49, hier durch Drehen eines Schlüssels in Schließrichtung, zu betätigen. Dadurch werden die Bügel 27 der Riegelanordnungen 1 über die Schubstangen 48 noch weiter zu der Hauptverriegelungsvorrichtung 49 hin bewegt. An jeder Riegelanordnung 1 nimmt der Bügel 27 dabei den Drehschieber 33 in Verschieberichtung mit. Wenigstens eine Formschlussleiste 34 an dem Drehschieber 33 beaufschlagt dabei eine ihr gegenüberliegende Formschlussleiste 19 an dem Riegelgrundkörper 9. Dadurch wird der Riegelgrundkörper 9 und mit diesem der seitliche Riegelvorsprung 8 in der Aufnahmeerweiterung 43 der schließblechseitigen Riegelaufnahme 41 um die Ausschlussachse 5 gedreht. Der seitliche Riegelvorsprung 8 läuft dabei mit seinen Längsenden in die Aufnahmefenster 44 an dem Schließblech 38 ein und hintergreift nun die schließblechseitigen Gegenflächen 45, 46. In dieser Hintergriffsstellung wirkt der Riegel 3 auch einer gegenseitigen Verlagerung von Riegelanordnung 1 und Schließblech 38 und damit von Türflügel und festem Türrahmen in Falzquerrichtung entgegen.For final locking of the door leaf in the example shown again the main locking device 49, here to operate by turning a key in the closing direction. As a result, the brackets 27 of the bolt arrangements 1 are moved further beyond the push rods 48 to the main locking device 49. At each latch assembly 1, the bracket 27 takes the rotary valve 33 in the direction of displacement. At least one form-fitting strip 34 on the rotary valve 33 acts on an opposing form-fitting strip 19 on the bar base body 9. As a result, the bar body 9 and with this the lateral locking projection 8 in the receiving extension 43 of the closing plate-side locking receptacle 41 is rotated about the exclusion axis 5. The lateral locking projection 8 runs with its longitudinal ends in the receiving window 44 on the strike plate 38 and now engages behind the lock plate side mating surfaces 45, 46. In this rear handle position of the latch 3 also acts a mutual displacement of latch assembly 1 and striking plate 38 and thus of the door and fixed door frame in Falzquerrichtung contrary.

Infolge ihrer Exzentrizität bezüglich der Dreh- bzw. Ausschlussachse 5 verlagert sich die gekrümmte radiale Begrenzungsfläche 13 des seitlichen Riegelvorsprungs 8 bei dessen Drehung durch eines der Aufnahmefenster 44 seitlich aus dem Schließblech 38 heraus. Ist die Aufnahme für das Schließblech 38 an dem festen Türrahmen passgenau erstellt, so läuft die gekrümmte radiale Begrenzungsfläche 13 des seitlichen Riegelvorsprungs 8 dabei auf der Wand der Aufnahme für das Schließblech 38 auf. Dadurch wird der Riegel 3 und mit diesem die gesamte Riegelanordnung 1 und der mit der Riegelanordnung 1 versehene Türflügel von dem Betrachter von Fig. 12 weggedrückt. Daraus resultiert bei entsprechender Anordnung des festen Türrahmens eine spielfreie Abstützung von Türflügel und festem Türrahmen quer zu der Türhauptebene.As a result of their eccentricity with respect to the rotation or exclusion axis 5, the curved radial boundary surface 13 of the lateral locking projection 8 moves laterally out of the striking plate 38 during its rotation through one of the receiving windows 44. If the receptacle for the striking plate 38 is made to fit the fixed door frame, then the curved radial boundary surface 13 of the lateral locking projection 8 runs on the wall of the receptacle for the striking plate 38. Thereby, the latch 3 and with this the entire latch assembly 1 and provided with the latch assembly 1 door is pushed away from the viewer of Fig. 12. This results in a corresponding arrangement of the fixed door frame a backlash-free support of the door and fixed door frame transverse to the door main plane.

Zum Entriegeln des Türflügels ist die Hauptverriegelungsvorrichtung 49 durch Drehen des betreffenden Schlüssels in Öffnungsrichtung zu betätigen. Infolge der Drehbewegung des Schlüssels verlagern sich die Schubstangen 48 gegenläufig von der Hauptverriegelungsvorrichtung 49 weg. Damit verbunden ist an jeder Riegelanordnung 1 eine gleichgerichtete Verschiebung des Bügels 27 im Innern des Schlossgehäuses 2. Über den von dem Bügel 27 dabei mitgenommenen Drehschieber 33 wird zunächst der Riegelgrundkörper 9 um die Ausschlussachse 5 gedreht. Damit einher geht eine Drehbewegung des seitlichen Riegelvorsprungs 8 aus der Hintergriffsstellung gemäß den Fign. 11 und 12 in die Einlaufstellung gemäß den Fign. 9 und 10.To unlock the door, the main locking device 49 is operated by turning the relevant key in the opening direction. As a result of the rotational movement of the key, the push rods 48 move in opposite directions from the main locking device 49 away. This is associated with each latch assembly 1, a rectified displacement of the bracket 27 in the interior of the lock housing 2. About the 27 taken along by the bracket rotary valve 33, the bar base body 9 is first rotated about the exclusion axis 5. This is accompanied by a rotational movement of the lateral locking projection 8 from the rear grip position according to FIGS. 11 and 12 in the inlet position according to FIGS. 9 and 10.

Trifft der Bügel 27 im Laufe seiner Verschiebebewegung auf den Winkelhebelarm 26 des Winkelhebels 24 auf, so wird bei fortgesetzter Verschiebung des Bügels 27 der Winkelhebel 24 um den Drehachszapfen 23 in Richtung auf seine Ausgangsstellung geschwenkt. Mit dem Winkelhebelarm 25 drückt der Winkelhebel 24 den Längsschieber 22 gegen die Wirkung der Antriebsfeder 50 zurück. Der Längsschieber 22 nimmt dabei den Riegel 3 mit. Infolgedessen verlässt der seitliche Riegelvorsprung 8 an dem Riegel 3 das Schließblech 38 durch den Aufnahmeneinlauf 42 der Riegelaufnahme 41. Solange sich dabei der seitliche Riegelvorsprung 8 im Innern der Riegelaufnahme 41 bzw. des Aufnahmeneinlaufs 42 befindet, nimmt der Drehschieber 33 seine Einlaufsicherungsstellung an dem Riegelgrundkörper 9 des Riegels 3 ein und sorgt dadurch für eine behinderungsfreie Riegelrückzugsbewegung.Meets the bracket 27 in the course of its displacement movement on the Winkelhebelarm 26 of the angle lever 24, it is pivoted with continued displacement of the bracket 27, the angle lever 24 about the pivot axis 23 in the direction of its initial position. With the Winkelhebelarm 25 of the angle lever 24 pushes the longitudinal slide 22 against the action of the drive spring 50 back. The longitudinal slide 22 takes the bolt 3 with. As a result, the lateral locking projection 8 leaves the locking plate 38 on the latch 3 through the receiving inlet 42 of the latch receptacle 41. As long as the lateral latch projection 8 is located inside the latch receptacle 41 or the receiving inlet 42, the rotary valve 33 takes its inlet safety position on the latch base 9 of the bolt 3 and thereby ensures a disability-free bolt retraction movement.

Mit der Verschiebung des Bügels 27 nähert sich die Bewegungssperre 36 dem Längsschieber 22, bis sie den Längsschieber 22 schließlich wieder mit ihrer Sperrfläche 37 gegen Bewegung in Ausschlussrichtung blockiert. Der Drehschieber 33 wird von dem Bügel 27 gleichzeitig in seine Ausgangsstellung mitgenommen, in welcher er den Riegel 3 zur Drehung um die Ausschlussachse 5 freigibt. Alles in allem ergeben sich wieder die Verhältnisse gemäß Fig. 8.With the displacement of the bracket 27, the movement lock 36 approaches the longitudinal slide 22 until it finally blocks the longitudinal slide 22 again with its blocking surface 37 against movement in the direction of exclusion. The rotary valve 33 is simultaneously taken by the bracket 27 in its initial position, in which it releases the bolt 3 for rotation about the exclusion axis 5. All in all, the conditions according to FIG. 8 result again.

Claims (15)

  1. Lock assembly between a leaf and a fixed frame of a door, a window or similar, with a bolt assembly (1) on one side and a bolt receptacle (41) on the other, wherein the bolt assembly (1) comprises a bolt (3) as well as a locking drive for the latter, by means of which drive the bolt (3) can be moved in the direction of the axis of a locking movement, the so-called locking axis (5), out of a pull-back position into a locking position, in which it engages in the bolt receptacle (41), wherein the bolt (3) comprises, at a basic bolt body (9), a lateral bolt projection (8) projecting transversely to the locking axis (5) and can be moved into the bolt receptacle (41) by means of the locking drive with a first rotational position in relation to the locking axis (5), which forms an entry position, of the lateral bolt projection (8), wherein the bolt assembly (1) comprises a rotary drive with a rotary slide (33) for the lateral bolt projection (8), by means of which slide the lateral bolt projection (8) at the bolt (3) engaging in the bolt receptacle (41) can be rotated out of the entry position about the locking axis (5) into a rear engagement position, and wherein a mating face (45, 46) associated with the lateral bolt projection (8) is provided on the bolt receptacle side, which face the lateral bolt projection (8) passes in the entry position in the locking direction and behind which it engages in the rear engagement position on the side which is remote from the bolt assembly (1), characterised in that the rotary slide (33), when driven, can be moved in a rotary locking direction which extends in the transverse direction of the locking axis (5), and that the lateral bolt projection (8) can be rotated out of the entry position into the rear engagement position by means of the rotary slide (33), which is moved in the transverse direction of the locking axis (5).
  2. Lock assembly according to Claim 1, characterised in that the rotary slide (33) of the rotary drive for the lateral bolt projection (8) is connected in terms of movement to at least one interlocking element on the rotary slide side and the lateral bolt projection (8) is connected in terms of movement to at least one interlocking element on the bolt side, and that the lateral bolt projection (8) can be rotated out of the entry position into the rear engagement position by means of the rotary slide (33), which is moved in the rotary locking direction, with mutual interlocking support of interlocking elements on both sides.
  3. Lock assembly according to any one of the preceding Claims, characterised in that at least one interlocking element on the rotary slide side and/or at least one interlocking element on the bolt side are/is formed as an interlocking bar (19, 34) which extends in the direction of the locking axis (5).
  4. Lock assembly according to any one of the preceding Claims, characterised in that the interlocking element or elements on the rotary slide side is/are provided directly on the rotary slide (33), preferably formed on the rotary slide (33), and/or that the interlocking element or elements on the bolt side is/are provided directly on the bolt (3), preferably formed on the bolt (3).
  5. Lock assembly according to any one of the preceding Claims, characterised in that the rotary slide (33) can be moved in the transverse direction of the locking axis (5) into a release position, in which the lateral bolt projection (8) is released for a rotational movement about the locking axis (5), and/or into an entry securing position, in which the lateral bolt projection (8) located in the entry position is prevented via the rotary slide (33) from executing a rotational movement out of the entry position.
  6. Lock assembly according to any one of the preceding Claims, characterised in that the lateral bolt projection (8) can be rotated about the locking axis (5) into the entry position by means of the rotary slide (33), which is moved into the entry securing position.
  7. Lock assembly according to any one of the preceding Claims, characterised in that on the one hand the bolt (3) can be moved in the direction of the locking position by means of the locking drive and on the other the rotary slide (33) can be moved in the transverse direction of the locking axis (5) in a mutually adapted manner such that the rotary slide (33) takes up its entry securing position when the bolt (3) enters the bolt receptacle (41) with the lateral bolt projection (8).
  8. Lock assembly according to any one of the preceding Claims, characterised in that the rotary slide (33) prevents the bolt (3) engaging in the bolt receptacle (41) from moving in the direction of the pull-back position.
  9. Lock assembly according to any one of the preceding Claims, characterised in that a motor-operated drive device is provided to move the rotary slide (33) in the transverse direction of the locking axis (5) and/or to move the bolt (3) in the direction of the locking axis (5).
  10. Lock assembly according to any one of the preceding Claims, characterised in that a common motor-operated drive device is provided to move the rotary slide (33) in the transverse direction of the locking axis (5) and to move the bolt (3) in the direction of the locking axis (5).
  11. Lock assembly according to any one of the preceding Claims, wherein a common motor-operated drive is provided to move the rotary slide (33) in the transverse direction of the locking axis (5) and to move the bolt (3) in the direction of the locking axis (5), characterised in that a corner gear unit is provided between the bolt (3) and the rotary slide (33), by means of which gear unit a movement of the bolt (3) in the direction of the locking axis (5) can be converted into a movement of the rotary slide (33) in the transverse direction of the locking axis (5) and/or vice versa.
  12. Lock assembly according to any one of the preceding Claims, characterised in that the rotary slide (33) can be moved into the release position and/or into the entry securing position and/or the bolt (3) can be moved into the pull-back position against the action of a return force, and that the rotary slide (33) and/or the bolt (3) can be prevented from executing a return movement under the action of the return force by means of a controllable motion stop (36).
  13. Lock assembly according to any one of the preceding Claims, characterised in that the rotary slide (33) and the bolt (3) are connected together in terms of movement and can be prevented from executing a return movement under the action of the return force by means of a common controllable motion stop (36).
  14. Lock assembly according to any one of the preceding Claims, characterised in that the lateral bolt projection (8) is disposed eccentrically in relation to the locking axis (5).
  15. Lock assembly between a leaf and a fixed frame of a door, a window or similar, characterised in that at least one lock assembly (39) according to any one of the preceding Claims is provided as an auxiliary locking device, and that a main locking device (49) is also provided, the latter being connected to the auxiliary locking device or devices in order to move the bolt (3) in the direction of the locking axis (5) and/or in order to rotate the lateral bolt projection (8) about the locking axis (5).
EP04018858A 2004-08-09 2004-08-09 Lock assembly on a door, a window or similar with a boltnose rotatable around its extendable axis and a lock with at least one of such an assembly Not-in-force EP1626145B1 (en)

Priority Applications (5)

Application Number Priority Date Filing Date Title
PL04018858T PL1626145T3 (en) 2004-08-09 2004-08-09 Lock assembly on a door, a window or similar with a boltnose rotatable around its extendable axis and a lock with at least one of such an assembly
AT04018858T ATE349591T1 (en) 2004-08-09 2004-08-09 LOCK ARRANGEMENT ON A DOOR, WINDOW OR THE LIKE HAVING A SIDE LOCK PROJECTION ROTATABLE ABOUT AN EXCLUSIVE AXIS AND LOCKING WITH AT LEAST ONE SUCH LOCK ARRANGEMENT
ES04018858T ES2279263T3 (en) 2004-08-09 2004-08-09 DOOR, WINDOW OR SIMILAR LOCK SYSTEM WITH A LATCH ROTATING AROUND THE EXTENSIBLE AXIS AND LOCK WITH AT LEAST ONE OF THIS SYSTEM.
DE502004002462T DE502004002462D1 (en) 2004-08-09 2004-08-09 Lock assembly on a door, a window or the like with a rotatable about an exclusion axis side latch projection and locking with at least one such lock assembly
EP04018858A EP1626145B1 (en) 2004-08-09 2004-08-09 Lock assembly on a door, a window or similar with a boltnose rotatable around its extendable axis and a lock with at least one of such an assembly

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
EP04018858A EP1626145B1 (en) 2004-08-09 2004-08-09 Lock assembly on a door, a window or similar with a boltnose rotatable around its extendable axis and a lock with at least one of such an assembly

Publications (2)

Publication Number Publication Date
EP1626145A1 EP1626145A1 (en) 2006-02-15
EP1626145B1 true EP1626145B1 (en) 2006-12-27

Family

ID=34926105

Family Applications (1)

Application Number Title Priority Date Filing Date
EP04018858A Not-in-force EP1626145B1 (en) 2004-08-09 2004-08-09 Lock assembly on a door, a window or similar with a boltnose rotatable around its extendable axis and a lock with at least one of such an assembly

Country Status (5)

Country Link
EP (1) EP1626145B1 (en)
AT (1) ATE349591T1 (en)
DE (1) DE502004002462D1 (en)
ES (1) ES2279263T3 (en)
PL (1) PL1626145T3 (en)

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US897924A (en) * 1906-10-17 1908-09-08 Wilcox Mfg Company Lock.
SE8603168L (en) * 1986-07-18 1988-01-19 Peter Linnarsson deadlocks
DE4006724C2 (en) * 1990-03-03 1998-10-08 Fliether Karl Gmbh & Co Espagnolette lock
CA2329425A1 (en) * 1999-02-18 2000-08-24 Southco, Inc. Key operated latch with combined rotational and translational latching action
US6581986B2 (en) * 2000-11-21 2003-06-24 Tri Teq Lock And Security, L.L.C. Bayonet locking system and method for vending machines and the like

Also Published As

Publication number Publication date
PL1626145T3 (en) 2007-05-31
EP1626145A1 (en) 2006-02-15
ES2279263T3 (en) 2007-08-16
DE502004002462D1 (en) 2007-02-08
ATE349591T1 (en) 2007-01-15

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