EP1396596A1 - Locking device for separating element - Google Patents

Abstract

The device has a locking element (14) which engages in a holder (91) locally fixed outside of the plinth profile (4) which serves to hold a bearing device (2)for a lever (1) which has the locking element and an operating headpiece (15) and which is held rotatable and is detachably fixable in a first position corresponding to the release position. The lever can be detachably fixed in a second position corresponding to the locking position. The bearing device has a bearing body which is connected by a shaft (11) to the end of the lever projecting into a recess of the bearing body.

Description

The present invention relates to a device for in particular manual locking of one or more Dividers, such as doors, windows, partitions, shops and Covers which are rotatable and / or laterally displaceable are stored, according to the preamble of claim 1.

A device for manual locking of two Separating elements is for example from [1], EP 0 537 121 A1 known. In this locking device is a Locking bolt on one of the dividers laterally arranged and by means of a lever which on the facing Side of the further separating element is arranged manually in a sleeve provided on the floor insertable. The Locking the device therefore requires merging the two separating elements, which are also in one plane should be aligned so that the device parts correctly can mesh. The separators to be closed are therefore for receiving the locking device to design accordingly. The device parts are in vertically aligned, lateral frame parts integrated, so that they hardly appear optically. The assembly of Device in already finished separating elements is therefore hardly possible or associated with considerable effort.

In [2], DE 195 38 485 C2 is a device for locking of slidably guided in a running rail, with a Socket profiled separating elements described that a within the base profile of the first separator arranged fork and one in the base profile of the second Separator vertically mounted locking bolt show, when the two meet Separators from the provided with a run-on fork captured and automatically down in one in the floor recessed ground socket is pressed. A lock is the provided with the locking pin separator Therefore, here only when moving together both separating elements possible and thus automatically. Not automatic actuation of the inside of the base profile arranged locking bolt of the device of [2] not intended and hardly possible. The automatic Locking the separating elements is also often not required or even undesirable. Furthermore, the arrives Locking pin when inserted into the ground socket regularly in contact with dirt in the camp of the Locking bolt is transported and this dirty, which is why the locking bolt after a long time Jammed operating time or only with larger Force can be shifted. In devices of this Art is therefore with a corresponding maintenance too expected.

The automatic locking of the device described also requires relatively delicate device parts, for example, with the vertically mounted Locking bolt connected driving pin, which can cause additional maintenance costs.

The present invention is therefore based on the object a robust and compact, manually operated Locking device to create, with little effort can be installed in a separating element.

In particular, a locking device is to be created be, by means of a single separator or two or several separating elements, for example doors, windows, Partitions, shops, covers or elements of a Sliding pile wall can be locked.

Two provided with the locking device separating elements should also be lockable even if they are not in a level are aligned.

The manually operable locking device is intended in a preferred embodiment also be automatically actuated.

This object is achieved by the in the characterizing part of Patent claim 1 specified measures solved. advantageous Embodiments of the invention are in further claims specified.

The device is used for locking of rotatable and / or laterally displaceably mounted separating elements, in particular Doors, windows, partitions, shutters and covers that one Base profile, which for receiving a Bearing device serves, by means of a locking element is held, that between an unlocking position and a lock position is transferable, in which the Locking element in a fixed outside of the Base profile arranged transducer engages.

According to the invention, the bearing device is used for such Mounting a lever with the locking element and a serving headpiece is provided that this lever is rotatably supported and at least in a first for unlocking, optionally in one second position corresponding to the locking position can be fixed releasably.

The head of the lever occurs after installation of the Locking device laterally from the base profile of the Separator and can thereby either manually or by a in the base profile of a second separating element provided closing device detected and, where appropriate be operated.

The locking device in a first preferred Design therefore allows the manual operation of the Locking element and thus locking only with the Locking device provided separating element.

Of course, the head piece of the lever through the Users not only by hand but also by one Foot movement are actuated.

In a further embodiment of the invention is a second Separating element provided with a closing device, the Recording the head piece of the lever is used. The first Separator can therefore be locked, after which the second Separating element is moved against the first separating element until the head piece of the lever from the closing device, preferably detected a fork arranged thereon and is held between plates of the fork.

In a further preferred embodiment, the Fork plates at least one ramp-shaped, top and below limited lane, in which one with the head of the Lever associated guide element insertable and during the mutual displacement of the two separating elements therein is so displaceable that the lever from the first to second or rotated from the second to the first layer and the first separating element thereby automatically locked or is unlocked.

Preferably, the fork plates with two guideways provided, which the collapse of the two separating elements allow if the lever in the first, unlocked or the second locked position is located.

By appropriate choice of fork plates and guideways In addition, it can be provided that the Locking device when driving away the second Separator, regardless of the position of the lever when Collapse of the separating elements, always open or always must be opened manually. By mounting the appropriate Fork plates allow the user the locking device therefore adapt to his needs.

In addition to the manual operation of the locking device is hence the automatic operation of the locking device possible.

The lever and the guide elements provided thereon can very robust, if necessary in one piece, be configured, so that with a largely maintenance free operation of Locking device may be expected.

The lever and / or the storage device, preferably the Bearing body, and / or the closing device, preferably the mounting body are in a further preferred Embodiment of the locking device with at least provided a damping element. This will cause bumps caught when moving together the separating elements can occur, causing corresponding noise as well Loads of the device can be reduced. By the Use of elastic damping elements also results in a advantageous flexibility of the head piece and / or the fork, so that they can be coupled even easier.

In a further preferred embodiment, the Head of the lever and the fork of the closing device also designed such that the head piece different directions in the fork insertable and in it a plane perpendicular to the separating elements level is rotatable. The sliding, with the Locking device provided separating elements can therefore be slidably mounted in curved guideways and be connected and locked with each other, even if they are are not aligned in a plane. The headpiece of the Levers, for example, wedge or spherical designed be.

The locking device can in different Embodiments on any side of the separating element be arranged in a base profile, so that the Locking element in an optionally with a sleeve provided on the floor, at the Ceiling or on the wall of a room is provided.

The provided with the locking device separating elements are preferably performed in rails that with Latching devices are provided, which is a simple Positioning the separating elements at closing positions allow, at which the locking element in a optionally provided with a sleeve or as Guide rail configured transducer can intervene, the on the floor, on the ceiling or on the wall of a room is provided.

If the sensor is designed as a guide rail, serves the recessed therein locking element for Longitudinal guide of possibly coupled together Separators while preventing rotation the same.

To prevent unwanted unlocking of the device is the lever of the locking device in the second position For example, by means of a bolt lockable, the only of one side of the separating element is accessible.

Figur 1

eine in ein Sockelprofil 4 eines ersten Trennelements 8a eingebaute erfindungsgemässe Verriegelungsvorrichtung 100, die einen in einem Lagerkörper 21 drehbar gelagerten, mit einem Kopfstück 15 und einem Verriegelungselement 14 versehenen Hebel 1 aufweist,

Figur 2

Teile der Verriegelungsvorrichtung 100 von Figur 1, entriegelt, mit dem Hebel 1 in einer ersten Lage fixiert,

Figur 3

Teile der Verriegelungsvorrichtung 100 von Figur 1, verriegelt, mit dem Hebel 1 in einer zweiten Lage fixiert,

Figur 4

die verriegelte Verriegelungsvorrichtung 100 von Figur 1 mit dem Kopfstück 15 des Hebels 1, eingeführt in das Sockelprofil 4 eines zweiten Trennelements 8b,

Figur 5

die verriegelte Verriegelungsvorrichtung 100 von Figur 1 mit dem Kopfstück 15 des Hebels 1 in eine Schliessvorrichtung 3 eingeführt, die im Sockelprofil 4 eines zweiten Trennelements 8b angeordnet ist,

Figur 6

das Trennelement 8a mit Sockelprofil 4 ohne Verriegelungsvorrichtung 100,

Figur 7

das Trennelement 8a mit Sockelprofil 4 mit Verriegelungsvorrichtung 100 und dem Hebel 1 in der in Figur 2 gezeigten Lage,

Figur 8

das Trennelement 8a mit Sockelprofil 4 mit Verriegelungsvorrichtung 100 und dem Hebel 1 in der in Figur 3 gezeigten Lage, in der das Verriegelungselement 14 in einen im Fussboden 9 angeordneten, mit einer Hülse 92 versehenen oder durch eine Führungsschiene 93 gebildeten Aufnehmer 91 eingreift,

Figur 9

von unten gesehen, das erste und ein zweites Trennelement 8a, 8b, die schräg zueinander stehen und die mittels des Hebels 1, der in eine im Sockelprofil 4 des zweiten Trennelements 8b vorgesehene Schliessvorrichtung 3 eingreift, gekoppelt und verriegelt sind,

Figur 10

der Hebel 1 und die Schliessvorrichtung 3, versehen mit Dämpfungselementen 18, 34,

Figur 11

schematisch das als Gabel 32 ausgebildete Frontstück der Schliessvorrichtung 3, welches das Kopfstück 15 des mit stabilen Führungselementen 19 versehenen Hebels 1 aus zwei verschiedenen Richtungen erfasst,

Figur 12

die Gabel 32 der Schliessvorrichtung 3, die mit Führungsbahnen 320 versehen ist, die der Aufnahme und Führung des dadurch automatisch betätigbaren sowie mittels eines Bolzens 5 arretierbaren Hebels 1 dienen,

Figur 13

die Verriegelungsvorrichtung 100 von Figur 12 verriegelt und mittels des Bolzens 5 arretiert und gesichert,

Figur 14

die Schliessvorrichtung 3 mit einem Lagerkörper 31, an dem zwei Gabelplatten 321, 322 montierbar sind,

Figur 15

eine Gabelplatte 321 in einer vorzugsweisen Ausgestaltung,

Figur 16

die Schliessvorrichtung 3 mit den montierten Gabelplatten 321, 322, von oben gesehen,

Figur 17

die Schliessvorrichtung 3 von Figur 16 mit den montierten Gabelplatten 321, 322, von vorn gesehen.

The invention will be explained in more detail with reference to drawings. Showing:

FIG. 1

a locking device 100 according to the invention installed in a base profile 4 of a first separating element 8a, which has a lever 1 rotatably mounted in a bearing body 21 and provided with a head piece 15 and a locking element 14,

FIG. 2

Parts of the locking device 100 of Figure 1, unlocked, fixed to the lever 1 in a first position,

FIG. 3

Parts of the locking device 100 of Figure 1, locked, fixed with the lever 1 in a second position,

FIG. 4

1 with the head piece 15 of the lever 1 inserted in the base profile 4 of a second separating element 8b,

FIG. 5

the locked locking device 100 of FIG. 1 with the head piece 15 of the lever 1 inserted into a closing device 3 which is arranged in the base profile 4 of a second separating element 8b,

FIG. 6

the separating element 8a with base profile 4 without locking device 100,

FIG. 7

the separating element 8a with base profile 4 with locking device 100 and the lever 1 in the position shown in Figure 2,

FIG. 8

the separating element 8a with base profile 4 with locking device 100 and the lever 1 in the position shown in Figure 3, in which the locking element 14 in a arranged in the bottom 9, provided with a sleeve 92 or formed by a guide rail 93 transducer 91 engages

FIG. 9

seen from below, the first and a second separating element 8a, 8b, which are obliquely to each other and by means of the lever 1, which engages in a provided in the base profile 4 of the second separating element 8b closing device 3, are coupled and locked,

FIG. 10

the lever 1 and the closing device 3, provided with damping elements 18, 34,

FIG. 11

schematically the front piece formed as a fork 32 of the closing device 3, which detects the head piece 15 of the provided with stable guide elements 19 lever 1 from two different directions,

FIG. 12

the fork 32 of the closing device 3, which is provided with guideways 320, which serve to receive and guide the thus automatically operable and lockable by a bolt 5 lever 1,

FIG. 13

locked the locking device 100 of Figure 12 and locked and secured by the bolt 5,

FIG. 14

the closing device 3 with a bearing body 31, on which two fork plates 321, 322 can be mounted,

FIG. 15

a fork plate 321 in a preferred embodiment,

FIG. 16

the closing device 3 with the mounted fork plates 321, 322, viewed from above,

FIG. 17

the closing device 3 of Figure 16 with the assembled fork plates 321, 322, seen from the front.

Figure 1 shows a in a base profile 4 of a first Separator 8a built-in inventive locking device 100, the one by means of a storage device. 2 rotatably mounted, with a head 15 and a Locking element 14 has provided lever 1. The Headpiece 15 of the lever 1 projects laterally from the in section shown base profile 4 and can therefore manually with the hand, but also comfortably grasped and operated with the foot become.

In the shown position of the separating element 8 a, the means of a shaft 11 connected to the bearing device 2 lever. 1 be turned down, so that at the bottom of the Levers 1 arranged locking element 14 in a Receivers 91 is introduced by a in the floor. 9 recessed sleeve 92 is formed.

The with a glass 6 or other suitable Material provided separator 8a is for example a displaceable along a running rail and possibly also rotatably mounted sliding door. The track is in the range the receiver 91 preferably with locking devices provided that the separating element 8a to the provided Closing positions can be easily positioned. The kind the storage and positioning of separating elements is the One skilled in the art (see, for example, [3], WO 00/55460).

FIG. 2 shows parts of the locking device 100 of FIG 1 releasably fixed in the lever 1 shown in section unlocked first layer. The storage device 2 has a insertable into the base profile 4 and its internal dimensions adapted bearing body 21, by means of at least one can be guided by a threaded bore 29 in the bearing body 21 Mounting screw is fixable. The bearing body 21 is therefore with simple measures in the base profile 4 insertable and by means of the mounting screw in a suitable position lockable. The bearing body 21 is also against the lever 1 directed side plates 26, 27 provided, between which one of the receptacle of the end piece 16 of the lever 1 serving Recess 22 is provided. The side plates 26, 27 are, as well as the lever 1, provided with holes 25 through the the shaft 11 is guided so that the lever 1 and the in Base profile 4 mounted bearing body 21 in a parallel to the Separating element 8a extending plane against each other are rotatable.

For releasably fixing the lever 1 in the first, unlocked position and preferably one in Figure 2 shown second, locked position are in holes 23, 24th the bearing body 21 elastic elements 7 are provided, which in the corresponding positions of the lever 1 in recesses 12 are pressed in the end piece 16 of the lever 1. In the in Figure 2 and Figure 3 shown embodiment consist of elastic elements 7 of balls 71, 72, by means of Spring elements 73, 74 are pressed against the lever 1.

Figure 3 and Figure 4 show the lever 1, by means of fixed elastic elements 7, in the second position, in the the device 100 is locked.

FIG. 4 also shows that this is the operation of the Levers 1 serving head 15, the side of the Base profile 4 of the first separator 8a emerges into the Base profile 4 of a second separating element 8b can be inserted. The head piece 15 is preferably on the second Separator 8b adapted so that it easily in the Base profile 4 is inserted and this almost free of play holds as soon as the second separator 8b completely against the first partition 8a is moved. After locking of the first separating element 8a may therefore be the second separating element 8b are moved against the first separating element 8a, so that this is held against rotation.

In Figure 5 it is shown that the operation of the lever. 1 serving headpiece 15 is inserted into a closing device 3 is in the base profile 4 of the second separating element 8b is arranged. The preferably usable Closing device 3 allows an improved, if necessary more flexible holding of the head 15, as below is explained.

The closing device 3 has a mounting body 31, the, as the bearing body 21, inserted into the base profile 4 and lockable therein by means of at least one mounting screw is provided by a mounting body 31 in the Threaded hole 33 is feasible. The mounting screws are provided on the front side, for example with a circular cutting edge, which is positively screwed into the base profile 4, so that the bearing body 21 and the mounting body 31 is locked and be kept immovable. Furthermore, the bearing body 21 and the mounting body 31 at the bottom with edges be provided when tightening the mounting screws in penetrate the base profile 4. Front side, against the lever 1 directed, the mounting body 31 with a fork 32nd provided by means of the head piece 15 of the lever 1 partially is included and held.

In Figure 5 is further shown that above the fork 32 a Recess is kept free within the base profile 4, in a wider upper part 151 of the head piece 15th is insertable.

FIG. 6 shows the front side of the first separating element 8a with the Base profile 4, which is H-shaped and therefore with a upper channel 41 for receiving, for example, a glass sheet 6 and with a lower channel 42 for receiving the bearing body 21 or the mounting body 31 is provided.

Figure 7 shows the separating element 8a with the in the base profile 4 introduced bearing body 21 and in the first, unlocked position fixed lever 1. In this position is the located at the height of the first channel 41 head piece 15 of Levers 1 can not be inserted into the closing device 3. Provided the insertion of the head piece 15 into the closing device 3 regardless of the location of the lever 1 should be possible, so is the head 15 to move down and to the Recording provided fork 32 adapt accordingly.

Figure 8 shows the separating element 8a with the in the base profile 4 introduced bearing body 21 and the lever 1 in the in Figure 3 shown position in which the locking element 14 in arranged in the floor 9 and with a sleeve 92nd provided transducer 91 engages.

If the partition 8a only with respect to the opening by Turning to be locked, the transducer 91 can also are formed by a guide groove 93 along which the Separator 8a is slidably mounted. The Locking element 14 may in this case, the lower Guiding the separator 8 a serve, after lifting the Levers 1 can be rotated.

As shown in Figs. 9, 10 and 11, the head piece becomes 15 and the fork 32 preferably designed such that they in a direction perpendicular to the separating elements 8a, 8b Level against each other are rotatable. The second separating element 8b Therefore, it can then be guided against the first separating element 8b and be locked with this, if it is not in one plane aligned with this.

Figure 9 shows, seen from below, the two obliquely to each other standing separating elements 8a, 8b with the means Mounting screws 28, 38 in the corresponding base profiles. 4 locked bearing and mounting bodies 21, 31. The two Separators 8a, 8b are by the in the fork 32nd shifted headpiece 15 rotatably coupled with each other.

FIG. 10 shows the lever 1 and the closing device 3, provided with further elastic elements, in particular Damping elements 18, 34, by means of which when moving together and coupling these device parts resulting bumps be steamed.

When using the other elastic elements, optionally damping elements 18, 34, in the lever 1, the Bearing device 2 or the bearing block 3 results in a Flexibility of the head 15 and the fork 32, so that the Coupling process each gently and with reduced Noise emissions can be carried out, resulting in expenses be further reduced for maintenance. This is also true particularly advantageous when coupled together Separators 8a, 8b shifted and by means of a floor 9 recessed guide rail 93 are performed as Transducer 91 for the case in this case, the longitudinal guide and lateral locking provided locking element 14th serves. Such coupled and guided separating elements 8a, 8b can therefore be easily moved along curved paths become.

In Figure 10 is further shown that the fork 32 by means of two Fork plates 321, 322 connected to the mounting body 31 is formed, between which the head piece 15 is inserted.

FIG. 11 shows schematically the fork 32 Front piece 32 of the closing device 3, which is the appropriately designed head 15 of two different Can capture directions. The head piece 15 has the shape for this purpose of a wedge or a parallelogram, making it look different directions in the fork 32 is inserted. The For example, head 15 may also be in the shape of a vertical one standing cylinder or a ball.

In the preferred embodiment shown in Figure 11 the head piece 15 also provided with guide elements 19, by means of which, as shown in Figures 12 and 13, a automatic locking of the device 100 is possible.

FIG. 12 and FIG. 13 show the closing device 3 in FIG a further preferred embodiment with a fork 32, whose fork plates 321, 322 limited on both sides Guideways 320 are provided which accommodate and guide provided on both sides of the head piece 15 of the lever 1 Guide elements 19 is used. The head piece 15 of the lever 1 is set lower, so that it is in both positions of the lever 1 each at the height of the lower channel 42 of the base profile lies.

FIG. 12 shows the lever 1 in the first, unlocked position, in which he either manually or, as described below, rotated by the closing device 3 in the second position in which the device 100 is locked. In the first Location, the head 15 is oriented such that its Guide elements 19 at the height of the inlet openings 324th the guideways 320 lie and when pushing together the both separating elements 8a, 8b introduced into this and along the guide tracks 320 are moved, whereby the lever. 1 is turned into the second position.

FIG. 13 shows the lever 1 in the locked, second position. By pushing apart of the separating elements 8 a, 8 b are the Guide elements 19 along the guideways 320 again after shifted upward, whereby the device 100 is unlocked.

By locking the lever 1 in the second position can therefore, the device 100 is prevented from being unlocked becomes. Both separating elements 8a, 8b therefore remain non-rotatable and kept immovable. The locking of the lever 1 takes place For example, as shown in Figure 13, by means of a bolt 5, which is above a rib 17 of the second layer located lever 1 is guided against this.

In a preferred embodiment is below the rib 17 a ramp 171 provided, whereby by a spring supported pin 5 when lowering the lever 1 automatically in the locking position is brought. By withdrawing the Bolzens 5, the lever 1 is released again. To prevent the automatic locking of the lever 1, the bolt 5 preferably in turn locked in a retracted position what can be done with simple measures. For example, a slot 44 is provided in the base profile, pulled by a connected to the bolt 5 crosspiece and then rotated and thus can be fixed.

The head piece 15 is in turn designed such that it out different directions are introduced into the fork 32 can.

FIG. 14 shows the closing device 3 with the mounting body 31, on which two fork plates 321, 322, for example by means of Screws are mountable through holes 39, 325 in Mounting body 31 and the fork plates 321, 322 are performed. The fork plates 321, 322 are on the outside closed guideways 320A, 320B provided, which Insertion of the head piece 15 of the lever 1 in the first and in second location allowed. The unlocked first partition 8a can therefore, in this embodiment, as described above, by inserting the guide element 19 in the upper Guideway 320A to be locked. Furthermore, the first Separating element 8a to be locked, after which the guide element 19th when starting the second separating element 8b in the lower Guideway 320B is introduced.

By appropriate design of the two guideways 320A, 320B, the guide member 19 may be caused to rotate always from the guideway 320B into the guideway 320A or after insertion into the guideway 320A remains in it. Furthermore, it can be caused that the Guide member 19 always from the guideway 320A in the Guideway 320 B is transferred or after insertion into the Guideway 320B remains therein.

FIG. 14 shows that the lower guide track 320B, the lever 1 elastically leads down, after which the guide member 19 at Achieving the upper guideway 320A can jump up and is continued by this. In FIG. 15, the Guide member 19 by means of the guide track 320A down in the guideway 320B remains in which it remains.

With the configuration of the guideways 320A, 320B of FIG 14, the first separating element 8a when driving away the second Separator 8b therefore always automatically unlocked. With the Embodiment of the guideways 320A, 320B of Figure 15 is the first separating element 8a when driving away the second Separator 8b does not automatically, but must manually be unlocked.

Figure 16 and Figure 17 show the closing device 3 with the mounted fork plates 321, 322, from above and from the front seen.

The inventive locking device 1 was in preferred embodiments described and illustrated. However, based on the teachings of the invention are more expert designs feasible. In particular are various configurations and dimensions of Device parts, in particular of the lever 1 and the fork 32nd and the elastic elements 7 or the damping elements 18, 34 selectable. Furthermore, various production materials, Plastics and metals for their production usable.

bibliography

[1]

EP 0 537 121 A1

[2]

DE 195 38 485 C2

[3]

WO 00/55460

LIST OF REFERENCE NUMBERS

1

lever

11

wave

12

Depression in the end piece 16

13

Bore for receiving the shaft 11th

14

locking element

15

headpiece

151

upper part of the head piece 15

16

tail

17

rib

171

ramp

18

Damping element in lever 1

19

guide element

2

bearing device

21

bearing body

22

recess

23, 24

Openings in the bearing body 21st

25

Bore for receiving the shaft 11th

26, 27

side plates

28

Mounting screw

29

Threaded hole for receiving a mounting screw 28

3

A closure

31

mounting body

32

fork

320

guideway

320A

upper guideway

320B

lower guideway

321, 322

fork plates

324

Entry opening of the guideway 320

325

Hole in the fork plates 321, 322nd

33

Threaded hole for receiving a mounting screw 38

34

Damping element in the mounting body 31

38

Mounting screw

39

Bore in the mounting body 31

4

plinth profile

5

bolt

41

Upper channel in base profile 4

42

lower channel in base profile 4

44

slot

5

bolt

6

pane

7

elastic elements

71, 72

roll

73, 74

spring elements

8a, 8b

first and second separating element

9

Floor

91

pickup

92

as a receptacle 91 serving sleeve

93

as a guide 91 serving guide rail

100

locking device

Claims (15)

Device (100) for locking rotatable and / or laterally displaceably mounted first separating elements (8a), in particular doors, windows, partitions, shutters and covers, which have a base profile (4), which serves to receive a bearing device (2) by means of a locking element (14) is held, which is transferable between an unlocking position and a locking position, in which the locking element (14) engages in a stationary outside of the base profile (4) arranged pickup (91), characterized in that the bearing device (2 ) is provided for supporting a lever (1), which is provided with the locking element (14) and an operating headpiece (15), that this is rotatably supported and releasably fixed at least in a first position corresponding to the unlocking position. Locking device (100) according to claim 1, characterized in that the lever (1) is detachably fixable in a second position corresponding to the locking position. Locking device (1) according to claim 1 or 2, characterized in that the bearing device (2) has a bearing body (21) which by means of a shaft (11) with the in a recess (22) of the bearing body (21) projecting end piece (16 ) of the lever (1) is connected. Locking device (100) according to claim 2, characterized in that in at least one opening (23; 24) of the bearing body (21) an elastic element (7), preferably a ball (71; 72) supported by a spring element (73; 74) , is provided, which in the first or second position of the lever (1) in a first or in the second end piece (16) of the lever (1) provided recess (12) is pressed. Locking device (100) according to one of claims 1 to 4, characterized in that the locking element (14), which has the shape of a pin or bolt, in the region of the head piece (15) on the first separating element (8a) facing away from the lever (1) is arranged. Locking device (100) according to one of claims 1 to 5, characterized in that the head piece (15) emerges laterally from the base profile (4) after assembly of the locking device (1) and thereby either manually or by a in the base profile (4) of a second separating element (8b) provided closing device (3) detected and optionally can be operated. Locking device (100) according to one of Claims 1 to 6, characterized in that the closing device (3) to be arranged in the second separating element (8b) has a mounting body (31) which can be mounted in the base profile (4) and which is provided with a device for detecting the headpiece (15 ) is provided or that the head piece (15) in the base profile 4 of the second separating element (8 b) insertable and adapted thereto. Locking device (100) according to claim 7, characterized in that the fork (32) is provided with two optionally detachable fork plates (321, 322) having at least one guide track (320; 320A; 320B) limited above and below into the guide elements (19) of the head piece (15) are insertable. Locking device (100) according to claim 8, characterized in that
a ramp-shaped guideway (320, 320A) is provided, into which guide elements (19) of the head piece (15) can be inserted and displaced therein during the mutual displacement of the two separating elements (8a, 8b) in such a way that the lever (1) between the first and second position is rotated and / or
a straight guide track (320B) is provided into which the guide elements (19) of the head piece (15) can be inserted if the lever (1) is in the second, locked position. Locking device (100) according to claim 9, characterized in that the guideways (320A, 320B) merge into one another and are configured such that the guide elements (19) of the ramp-shaped guideways (320A) in the straight guideways (320B) or of the straight-running guideways (320B) are transferred into the ramp-shaped guideways (320A). Locking device (100) according to one of claims 7 to 10, characterized in that the fork (32) is made up of the head piece (15) and the fork (32) are designed such that the head piece (15) in the fork (32 ) and is rotatable therein in a direction perpendicular to the separating elements (8a, 8b) extending plane. Locking device (100) according to claim 11, characterized in that the head piece (15) is wedge-shaped or spherical. Locking device (100) according to one of claims 1 to 12, characterized in that the lever (1) and / or the bearing device (2), preferably the bearing body (21), and / or the closing device (3), preferably the mounting body ( 31), with at least one damping element (18; 34) are provided. Locking device (100) according to any one of claims 1 to 13, characterized in that the locking device (100) is arranged in a lateral, lower or upper base profile (4) of the first separating element (8a), that the locking element (14) in a optionally with a sleeve (92) provided receptacle (91) can engage, which is provided on the floor (9), on the ceiling or on the wall of a room. Locking device (100) according to one of claims 1 to 14, characterized in that the lever (1) is optionally lockable by means of a preferably fixable bolt (5) in the second position.

Images