CN1692206A

CN1692206A - Sliding wall

Info

Publication number: CN1692206A
Application number: CNA2003801001961A
Authority: CN
Inventors: 马库斯·比肖夫
Original assignee: Dorma Deutschland GmbH
Current assignee: Dorma Deutschland GmbH
Priority date: 2002-10-25
Filing date: 2003-10-24
Publication date: 2005-11-02
Also published as: RU2004128466A; PL374823A1; NO20044354L; CA2502922A1; JP2006517626A; AU2003283301A1; BR0307431A; DE10250054B4; WO2004038146A1; KR20050070066A; US20050252094A1; EP1560993A1; DE10250054A1

Abstract

Disclosed is a sliding wall comprising several laterally movable wall elements (1, 2) which are guided within a support profile (8) that is disposed above said wall elements (1, 2) by means of trolleys. At least one of the wall elements (1, 2) is embodied as a rotating wing (2) which is actuated by a drive unit (55) that is stationary relative to the movable wall elements (1, 2). The wall elements (1, 2) can be individually displaced in a manual or motorized manner, the individual wall elements (1, 2) being provided with a bottom guiding mechanism (9) which engages within a guide rail (7) that is embedded in the floor. At least the wall element (2) used as a rotating wing is pivotable about a first swivel pin (19, 57) and a second swivel pin (14, 15). Said rotating wing (2) is automatically connected in the bottom area of the wall elements (1, 2) by means of a joining device when abutting such that the rotating wing (2) can be safely swiveled.

Description

Sliding wall

Technical field

The present invention relates to a kind of Sliding wall, comprise a plurality of transversely movable panel elements, these panel elements are by leading in the support sections of some rollers above one is arranged on panel element.At least one such panel element constitutes revolving door leaf and is handled by a drive unit, wherein, this drive unit is with respect to movably panel element fixed-site ground setting, wherein, be provided with a manipulation device between drive unit and revolving door leaf, this manipulation device can automatically work by a connecting rod when panel element moves or be inoperative.

Background technology

Describe a kind of Sliding wall that comprises a plurality of transversely movable panel elements among DE 199 59 825 C1, it can move along a slide rail by means of roller.Wherein at least one panel element constitutes by the steerable revolving door leaf of a door engine, is provided with the slide rail connecting rod of that engages an automatically or disengagement between door engine and the panel element that is used as revolving door leaf.Realize the setting that each panel element is mutual by accessory.This means, when operation comprises the Sliding wall of its whole elements, must be operated it on the whole all the time.Therefore such Sliding wall obtains a corresponding high stability each other.Be provided with an interlock in addition.Borrow it to just think just can handle revolving door leaf when whole carriages is in the position of cutting out.Open hard-wired revolving-door drive in this position.By the suspension construction of revolving door leaf, that is, make this suspension unloading, because the weight of drive unit is born by fixed structure not to movably with on the coilable panel element being provided with.

Summary of the invention

The objective of the invention is to, further constitute prior art targetedly, make a kind of drive unit can be applied to the Sliding wall of any pattern according to DE 199 59 825 C1.

The solution of this purpose is, a kind of Sliding wall that can carry out a plurality of panel elements of craft or mobile operation individually that comprises, have a floor guiding device on the one hand, it leads in the top and bottom of door leaf to a panel element that constitutes revolving door leaf especially.Revolving door leaf has one first axis of rotation and one second axis of rotation in addition, so that revolving door leaf obtains corresponding stability when rotatablely moving.And carving mutually joint automatically in each panel element front that formation is closed each other, is possible thereby make revolving door leaf deflection non-dangerously.

This purpose utilizes the feature described in the claim 1 to reach.Each dependent claims illustrates favourable further formation of the present invention.

In order to constitute first and second axis of rotation, revolving door leaf is equipped with at least one lever arm.In addition, revolving door leaf leads in a floor track or a top support rails by means of described director element in a upper end region and a lower end region.By according to such setting of the present invention, revolving door leaf moves in the additional guide rail of continuous deflection on one of the latter with the door leaf element not only around lever arm but also around director element deflection.Wherein the master of revolving door leaf closes the circuit that an ellipse is implemented at the edge.By so-called three-point support, that is one guide rail is also respectively arranged, make and in rotary movement, obtain enough stability in the upper and lower of panel element.

The lever arm that adopts can be connected on the top and bottom of door leaf by hinge.But also might make rotating element only have the lever arm of an above or below setting.

For special compact structure is provided, one or more lever arms of panel element (revolving door leaf) preferably are arranged in the groove that provides in the door leaf section bar.

Particularly preferably, in a suspension section bar, a slide rail is set.The preferred coaster movably of installing in this slide rail.Wherein coaster preferably is connected by means of swinging mounting with the revolving door leaf of panel element.Be noted that in the structure of this panel element of the present invention, not only to comprise door leaf but also comprise suspension section bar and door leaf section bar that the latter directly is connected with door leaf.

In order to obtain reliable revolving door element, a locking device preferably is set, it constitutes simultaneously and engages and interlock.Therefore can not want the general locking device in the floor according to panel element of the present invention, lock mutually with the panel element of an adjacency.Guarantee the reliable operation of door whereby.

In order to produce as far as possible little additional load in the revolving door leaf deflection, the director element of revolving door leaf roughly is arranged in the guide rail in the centre of door leaf width.Center of gravity also is positioned at the centre of door leaf when door leaf deflection whereby.

Above-mentioned linkage here can be made of two mutually corresponding subelements, and it is combined in two respectively mutually on the panel elements of butt joint or wherein.

Can for example first subelement be incorporated in this case one can not the panel element of deflection in, this first subelement comprises the flat arm of a joint element form.This joint element has a double pointed nail at its end, itself and the second subelement co-operating.The latter is included in the panel element for the treatment of deflection.Wherein this second subelement can comprise a retaining element and locking member simultaneously.

If move two panel elements continuously, one is arranged to comprise a revolving door leaf and another constitutes pure panel element, then just think by on the revolving door leaf exert pressure or because above-mentioned drive unit begins the motion of revolving door leaf and just implement being close to each other after to lock.Implement the locking of revolving door leaf via the panel element of a lever arm and adjacency.Such locking member can consist essentially of a Connection Element, and it is provided with a hole, and when operating (rotation of revolving door leaf), then the double pointed nail of the panel element of adjacency embeds in this hole.In order to reach correct adjustment, be provided with one and adjust screw, it can adjust Connection Element.

In order to reach the mutual locking of two door leafs, be provided with a coordinating element.Its at one end portion have one or two latch ramp.Each latch ramp constitutes makes the inclined-plane descend and be provided with a planar solution latching surface in the middle to outward flange.Adjust the disengagement element that screw also plays locking member simultaneously, separating on the latching surface because adjust the end bearing of screw.If implement the deflection of revolving door leaf, then to adjust screw and glide along a latch ramp, this means the whereabouts of Connection Element simultaneously.Double pointed nail can insert in the hole in the Connection Element whereby when correct position, this means, only the panel element of two adjacency just interconnects immediately when the little deflection of revolving door leaf.In order to insert lever arm better, lever arm is provided with the import of a taper at its end, makes double pointed nail automatically enter correct position whereby.

In addition, double pointed nail is also realized mutual fixing of each panel element and with such form, and promptly one of double pointed nail opposed end can insert during one of coordinating element engages mouthful.This engages a mouthful tapered extension, and it dwindles backward.But engage mouthful expansion and give double pointed nail with enough insertion possibilities from a certain degree of depth, pin leaves coordinating element again in the above-mentioned deflection of pin.

In another structure of the present invention, lever arm has the second locking possibility at its opposite end with locking member.This comprises the element of a semicircle.It has a cutting in the middle, itself and an element co-operating, and the latter is fixedly connected on the lower sectional material of revolving door leaf.The purpose of such locking is, if do not have to realize and the engaging of the panel element of an adjacency, then lever remained on its zero-bit.

The handle that one above-mentioned Sliding wall can not add as the plate system automatically moves on to the use location from a stand.Do not want the manipulation that hand force just can be rotated door leaf simultaneously in the use location.The position of such revolving door leaf depends on whether a corresponding drive unit automatically is installed at the top.In fact automatic drive unit like this can be installed in any position of device.Improve the flexibility of such Sliding wall whereby greatly.

Panel element according to formation of the present invention mosaic glass in panel element especially.But such structure also is possible certainly, and promptly panel element constitutes by inlaying timber, metal, plastics etc.By installation by the integral body of coilable panel element in Sliding wall.Can in factory, intactly assemble in advance once such panel element, thereby only also need a spot of installation work at the scene.Therefore only also need at the scene gating element is inserted in the upper and lower guide rail.

Description of drawings

Followingly by an embodiment the present invention is described with reference to accompanying drawing.Wherein each accompanying drawing is represented an embodiment who schematically illustrates.Omitted the unessential member to the present invention, they are unnecessary for understanding the present invention.Wherein:

Fig. 1: the diagrammatic side view of a Sliding wall system, it comprises one by revolving door leaf of the present invention;

Fig. 2: the vertical view of possible form of implementation that comprises the Sliding wall of two automatic revolving door leafs;

Fig. 3: upper support section bar and lower guideway and transverse pin are to the part sectioned view of the drive unit that comprises a revolving door leaf;

Fig. 4: the part of the panel element of two adjacency intercepting before engaging;

Fig. 5:, but be in the state of joint as Fig. 4;

Fig. 6:, but in the revolving door leaf of deflection, comprise the locking of the door leaf of two adjacency as Fig. 5;

Fig. 7 a: part that in the vertical view of the revolving door leaf of a part of deflection, intercepts;

Fig. 8: the lateral view of the double pointed nail that is connected with a lever arm;

Fig. 9: the phantom drawing of coordinating element;

Figure 10: the phantom drawing of a lever.

The specific embodiment

Sliding wall shown in Fig. 1 comprises a plurality of panel elements, its comprise in this embodiment two movably panel element 1 and one movably with deflectable panel element 2.Each panel element 1 is adjacent to panel element 2 and is provided with.Each panel element 1 is arranged in the support sections 8 via a retaining element 3 and a coaster 18 movably by means of connecting rod 4.Panel element 2 has one and similarly connects, but replaces retaining element 3 to adopt one to hang section bar 44 on top.By as in panel element 1 movably same mode be implemented in connection on the support sections 8.

Be provided with termination section bar 5 down in the bottom of

panel element

1,2, wherein be provided with the floor guiding device 9 and 57 that points to the floor.Floor guiding device 9,57 embeds in the guide rail that inserts in the floor that is not shown in further detail 7.Guarantee the reliable operability of

panel element

1 and 2 whereby.

In the following termination section bar 5 of panel element 2, be provided with a lever arm 13.It has a gantry post 10 and comprises a rotating shaft 15 at the other end at the one end.

Hang section bar 44 below have a door leaf section bar 11 on panel element 2.Bar lever arm 12 at one end is bearing on the door leaf section bar 11 via a rotating shaft 14 and the other end is bearing in suspension section bar 44 above being positioned at via another gantry post 10 on.

Floor guiding device 57 is one first rotating shaft simultaneously, and it roughly is arranged on the centre of panel element 2.With axis that it is aimed on have a rotating shaft 19 in the upper end of door leaf section bar 11.

In structure of the present invention, except that first rotating shaft 19,57, also be provided with and be used for second rotating shaft that lever arm 12,13 comprises its rotating shaft 14,15.Setting is aimed in rotating shaft 14,15 equally up and down.

The embodiment of the Sliding wall among Fig. 2 illustrates a wall 16 at left part.Extend a support sections 8 by it with arbitrary shape.Support sections 8 ends at a guide rail station on the opposite of this wall, wherein can park each

panel element

1,2, that is can be like this when opening Sliding wall.Sliding wall is closed among the figure, thereby each

panel element

1 and 2 remains on its use location.In the zone that each panel element 2 is set.Up, that is in the zone of support sections 8, be respectively equipped with a drive unit 55.Each drive unit 55 is hard-wired and does not move with Sliding wall.Schematic diagram among Fig. 2 illustrates the opening procedure of each panel element 2.

One such drive unit 55 how with panel element 2 co-operatings as revolving door leaf, can be referring to Fig. 3.In this horizontal and local sectional drawing drive unit 55 and support sections 8 be hard-wired and with support sections 8 in the coaster 18 that comprises be connected with suspension section bar 44 via connecting rod 4.Below suspension section bar 44, be provided with door leaf section bar 11, the glass elements of its upper mounted plate element 2.In order to realize the rotatability of panel element 2, rotating shaft 19 is connected in slide rail with the swing hang with a unshowned coaster, and this slide rail is arranged in and hangs section bar 44.

Be provided with a slide rail 60 in the side of door leaf section bar 11, it has a groove 61.Groove 61 is embedded in a pin 59, and this pin also can be provided with a roller.Pin 59 is arranged on an end of the flat arm 56 of a connecting rod, and the other end force closure and the shape of wherein flat arm 56 are connected on the output shaft of drive unit 55 sealedly.

If shown in the position of Fig. 3 start drive unit 55, then output shaft 58 is rotated motion, this means that simultaneously flat arm 56 is because it makes revolving door leaf 2 deflections with engaging of slide rail 60.Wherein can or realize the control of drive unit 55 via a sensor signal by manual signal.

Can learn by Fig. 3 equally, in panel element 2 and process that pin 59 engages, flat arm 56 take place and engage or disengagement with the automatic of slide rail 60.It does not need manual operations, and drive unit 55 just can be ready to be connected with panel element 2 whereby.

As conspicuous by Fig. 1, removable and deflectable panel element 2 comprises on one control arm 12 and control arm 13 once, and it all constitutes lever.Wherein upper lever arm 12 is connected rotating shaft 14 swivel bearings on the door leaf section bar 11 via hinge.In addition, upper lever arm 12 is bearing on the gantry post 10 at its other end.A rotating shaft is formed in and hangs in the section bar whereby, and lever arm can rotate around it.For compact structure as far as possible, upper lever arm 12 is arranged in the free groove that is not shown in further detail that hangs section bar 44.

Therefore panel element 2 comprises three rotating shafts, that is the rotating shaft in the zone of the gantry post 10 of a side that hangs section bar 44, and control arm 12 rotates around it, and the actual rotating shaft of panel element 2, that is first rotating shaft 19,57 and second rotating shaft 14,15.

Following lever arm 13 supports in alignment with gantry post 10 according to the double pointed nail that also will describe after a while 26 at the one free end equally, and double pointed nail 26 is arranged in a joint element 20.Lever arm 13 is connected with panel element 2 via second rotating shaft 15 that has illustrated at an opposite end.Wherein descend lever arm 13 to be arranged on down equally in the free groove that is not shown in further detail of termination section bar 5.

How the panel element 1 of adjacency is connected each other with 2, can be learnt by Fig. 4 to 7.The movably panel element 1 that comprises joint element 20 is shown among Fig. 4 on the right, and wherein joint element 20 stretches out movably beyond the panel element 1.Joint element 20 constitutes flat member.In panel element 1, joint element 20 force closures and shape are fixed in the groove 21 sealedly.Double pointed nail 26 is connected with shape with joint element 20 force closures via weld seam 39 sealedly in the free-ended zone of joint element 20.Wherein double pointed nail 26 stretches out its joint extension 42 on the one hand and stretch out built-in end 37 on the other hand from joint element 20.

Deflectable panel element 2 is shown on the left side of Fig. 4.But lever arm 13 is set deflection in the partial groove that is not shown in further detail.Be provided with a Connection Element 25 in lever arm 13, it is in supporting on one side.Connection Element 25 here can preferably be made by spring steel.Thereby joint element 20 inserts wherein near deflectable revolving door leaf 2 and near lever arm 13 time, as it as shown in Fig. 5.In the time of in coordinating element 28 that double pointed nail 26 is correctly packed into, exist one to remove translot 32, wherein coordinating element 28 is on below being arranged in the end regions of panel element 2 above the lever arm 13.In hole 27 co-operatings that engage shown in the view of Fig. 5 in extension 42 and the Connection Element 25.When falling, Connection Element 25 engages in extension 42 patchholes 27 whereby.This means that the

panel element

1 and 2 of adjacency interconnects and constitutes a rotating shaft of aiming at the gantry post 10 in the upper area of panel element 2 simultaneously.

The phantom drawing of coordinating element shown in Fig. 9 28.Wherein coordinating element 28 at one end has the latch ramp 29 of relative aligning in embodiment 2, and it descends to the edge of coordinating element 28 respectively.In the zone that two latch ramps 29 are converged, be provided with one and separate latching surface 30.Separate latching surface 30 and and adjust screw 24 and coordinate mutually, the latter is screwed in the Connection Element 25.The free end of adjusting screw 24 protrudes from lever arm 13 and is bearing on

time

1,2 pairs of panel elements and separates on the latching surface 30.This position also can be found out by Figure 4 and 5.This end of adjusting screw 24 when the little deflection of panel element 2 glides according to turning to along two latch ramps 29 of panel element 2, and this causes the deflection of Connection Element 25 simultaneously.This deflection starts from this constantly, causes the opening procedure of panel element 2 after promptly the panel element 1 of drive unit 55 engages on panel element 2 accordingly at this moment.If via the fixing coordinating element 28 in each hole 34, then it connects 33 positions in accordance with regulations of guaranteeing coordinating element 28 and following termination section bar 5 by screw.

Coordinating element 28 has one at its other end and engages mouth 31, and the built-in end 37 of double pointed nail 26 is by this interface holes 31.In order to insert better, engage mouth 31 and have an import inclined-plane 35, its tapered extension in centre to coordinating element 28, that is dwindle.Be provided with the then outlet inclined-plane 36 on import inclined-plane 35 from the zone of a regulation, its reverse tapered extension, outlet inclined-plane 36 ends to be removed in the translot 32.

Device that is configured for engaging by coordinating element 28 and Connection Element 25 and the co-operating of joint element 20 and double pointed nail 26 and the pattern that is configured for an interlock simultaneously, it only just embodies the effect of panel element 2 at the safety lock of the position of occupying when the little deflection of panel element 2.

Shown in Fig. 7 with respect to panel element 1 reversing and deflection simultaneously along the

yawing moment

46,47 of panel element 2.From lever arm 13, protrude from the tip of the adjustment screw 14 that does not illustrate in greater detail of lever arm 13 shown in it by the slot of port 45 forms.Lever arm 13 has a taper import 48 at its free end in the zone of Connection Element 25 in addition, so that double pointed nail 26 can be inserted wherein better.

The setting of double pointed nail 26 and structure thereof are referring to Fig. 8.Built-in end 37 inserts in the joint element 20 and by weld seam 39 and is connected with shape with its force closure sealedly.On joint element 20, be provided with an extension 38.Then extension 38 is one to comprise truncated cone 40 and another truncated cone 40 on the surface 41 that is right after, and wherein said back one truncated cone forwards to and engages extension 42.Each truncated cone makes to be more convenient for there inserting in the lever arm 13 and to insert in the coordinating element 28.

Lever arm is shown separately in the phantom drawing of Figure 10 once more.Wherein lever arm has Connection Element 25 in its left part and has the additional locking possibility of lever 13 in its right part, and lever 13 can not break away from its use location when panel element 2 moves whereby.Wherein locking device comprises an end block 50, and it has semi-circular shape 51 in its outside, comprises a cutting 52 at the middle part of semi-circular shape 51.One lock screw 54 (Fig. 7) and cutting 52 co-operatings, this lock screw 54 is installed in the screwed hole 53 of angle steel 49.Wherein angle steel 49 force closures and shape are fixed on down on the termination section bar 5 sealedly.

List of numerals

1 movably panel element 33 screws connection

2 removable and deflectable panel elements, 34 holes

3 fixing section bar 35 entrance inclined-planes

4 connecting rods, 36 outlet inclined-planes

5 times termination section bar 37 built-in ends

7 guide rails, 38 extensions

8 support sections, 39 weld seams

9 floor guiders (rotating shaft), 40 truncated cones

10 gantry posts, 41 surfaces

11 door leaf sectional materials 42 engage extension

12 lever arms, 44 hanging sectional materials

13 lever arms, 45 ports

14 rotating shafts, 46 yawing moments

15 rotating shafts, 47 yawing moments

The 48 taper imports of 16 walls

17 guide rail stations, 49 angle steel

18 coasters, 50 end blocks

19 axle journals (rotating shaft), 51 semi-circular shapes

52 cuttings of 20 joint elements

21 grooves, 53 screwed holes

24 adjust screw 54 lock screw

25 Connection Elements, 55 drive units

26 double pointed nails, 56 flat arms

27 holes, 57 floor guiding devices (rotating shaft)

28 coordinating elements, 58 output shafts

29 latch ramps, 59 pins (roller)

30 separate latching surface 60 slide rails

31 engage mouthful 61 grooves

32 remove translot

Claims

1. Sliding wall, comprise a plurality of transversely movable panel elements (1,2), these panel elements are arranged on panel element (1 by some rollers at one, 2) lead in Shang Fang the support sections, wherein, at least one panel element (1,2) constitute revolving door leaf (2) and can be by one with respect to panel element (1 movably, 2) drive unit (55) of fixed-site ground setting is handled, wherein, one is in drive unit (55) and is used as manipulation device between the panel element (2) of revolving door leaf as at panel element (1, automatically work or inoperative connecting rod (56) when 2) mobile; It is characterized in that, panel element (1,2) can be individually manual or flexibly operate, wherein, at each panel element (1,2) be provided with a floor guiding device (9), this floor guiding device is embedded in the guide rail (7) in the floor of packing into, and the panel element (2) that is used as revolving door leaf at least can be around one first rotating shaft (19,57) and one second rotating shaft (14,15) deflection, and this revolving door leaf (2) is being close to when mobile each other automatically at panel element (1,2) lower area connects into by a linkage each other and makes revolving door leaf (2) deflection non-dangerously.

2. according to the described Sliding wall of claim 1, it is characterized in that rotating shaft (57) is arranged on the centre of lower end region of the level of panel element (2), and rotating shaft (19) is arranged on the centre of the upper area of its level.

3. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, a lever arm (12,13) is set in the zone, upper and lower in panel element (2).

4. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that lever arm (12,13) is arranged in the upper and lower section bar (5,11,44) of panel element (2).

5. one of require or multinomial described Sliding wall according to aforesaid right, it is characterized in that upper sectional material hangs section bar (44) and a door leaf section bar (11) formation by one, their settings that adjoins each other.

6. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, in hanging section bar (44), a gantry post (10) is set.

7. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that in hanging section bar (44) slide rail is set, a coaster can move within it, the connecting rod of coaster on door leaf section bar (11) constitutes rotating shaft (19).

8. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that lever arm (12,13) is arranged in the groove of each section bar (5,11,44).

9. one of require or multinomial described Sliding wall according to aforesaid right, it is characterized in that linkage is made of two corresponding mutually subelements, they be combined in respectively two mutually the panel elements (1,2) of butt joint go up or wherein.

10. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that one first subelement comprises the flat arm of a joint element (20) form.

11., it is characterized in that one second subelement consists essentially of a retaining element and a locking member according to one of aforesaid right requirement item or multinomial described Sliding wall.

12., it is characterized in that retaining element consists essentially of joint element and a double pointed nail (26) that passes it according to one of aforesaid right requirement item or multinomial described Sliding wall.

13. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, locking member consists essentially of a Connection Element (25), this Connection Element has a hole (27) that is used for double pointed nail (26), wherein, combine with an adjustment screw (24) that in Connection Element (25), is provided with by a latch ramp (29) and realize manipulation Connection Element (25).

14., it is characterized in that latch ramp (29) is arranged in the end regions of a coordinating element (28) according to one of aforesaid right requirement item or multinomial described Sliding wall.

15. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, be provided with two latch ramps (29) on coordinating element (28), they interconnect to the outward flange decline of coordinating element (28) and at the latching surface (30) of separating of central region by a plane.

16., it is characterized in that coordinating element (28) has one at its end and engages mouthful (31) according to one of aforesaid right requirement item or multinomial described Sliding wall, one that is used for double pointed nail (26) engages extension (42).

17., it is characterized in that according to one of aforesaid right requirement item or multinomial described Sliding wall, engage mouthful (31) and have import inclined-plane (35), there is outlet inclined-plane (36) to be close to thereafter, in described outlet chamfered transition to the releasing translot (32).

18. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, coordinating element (28) is arranged on down in the end regions of termination section bar (5), and lever arm (13) also is connected down in the termination section bar (5) via second rotating shaft (15) hinge.

19. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that double pointed nail (26) is that a turning part and the truncated cone (40) that consists essentially of a built-in end (37) with the extension (38) that is right after thereafter and two subtends and one engage extension (42).

20. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, engage extension (42) and when revolving door leaf (2) deflection, be embedded in the hole (27) of Connection Element (25).

21., it is characterized in that (but deflection ground) is arranged on the end of lever arm (13) Connection Element (25) on one side according to one of aforesaid right requirement item or multinomial described Sliding wall.

22. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, via the embedding point of adjusting screw (24) adjustable interface pin (26).

23. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, on an end of lever arm (13), be provided with a locking device that is used for lever arm (13) towards following termination section bar (5).

24. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, make panel element (2) automation by a door engine or a drive unit (55).

25. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, be arranged on to drive unit (55) fixed-site the next door of guide rail (7).

26. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, be drive unit (a 55) configuration flat arm (56), this flat arm hinge output shaft (58) of being connected drive unit (55) is on the one hand gone up and is had a pin (59) or a roller on the other hand, and this roller/pin is fixed in the slide rail (60) on the door leaf section bar (11).

27. one of require or multinomial described Sliding wall according to aforesaid right, it is characterized in that, have only just can operation panel element (2) when inserting locking member fully when double pointed nail (26) revolving door leaf.

28. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, when revolving door leaf (2) deflection, implement mutual the fixing automatically of panel element (1,2) of adjacency.

29., it is characterized in that linkage constitutes simultaneously and engages and interlock according to one of aforesaid right requirement item or multinomial described Sliding wall.

30. according to one of aforesaid right requirement item or multinomial described Sliding wall, it is characterized in that, when Sliding wall is closed, start the drive unit (55) of revolving door leaf (2) by a sensor.