SK93497A3 - Movable wall - Google Patents

Abstract

The invention concerns a movable wall comprising individual door and/or wall elements mounted in a suspended manner, the individual elements being both locked to one another and in the ground (3) automatically. To this end, a profiled base member (5) secured to the underside of the elements comprises means which automatically lock the elements to one another and in the ground (3) when two door leaves (2) meet.

Description

The adjustable wall consists of individual hinged door and / or wall elements. The individual door and / or wall elements are automatically locked not only to each other but also to the floor (3). Therefore, at the lower end of the door and / or wall elements there are provided foot profile rails (5), in which means are provided for automatically locking two adjacent wings (2) both to each other and to the floor (3).

T

Adjustable wall

Technical field

The invention is

walls consisting of individual door or wall elements, the closure of buildings or parts of buildings. In turn, these adjustable walls of mutual shifting in succession into so-called. However, the elements are hinged on the clock, but are usually moved away from them to a side-by-side position or in the wall guide rail mounted on the ceiling. The door or wall elements may be made as all-glass parts, provided with a profile flange for fastening at the top and a profile flange at the bottom for securing or the entire glass frame framed by this profile flange. The frame profiles can then be located on the face, and a table can be arranged inside these faces.

BACKGROUND OF THE INVENTION

The German patent specification DZ 4041935 discloses a hinged adjustable wall consisting of several elements. The bearing of the individual elements is carried out by means of so-called movable members, which are provided in pairs on each of the elements. These movable members are mounted on a profile rail located at the top of each of the wall elements and are guided in a guide rail fixed to the ceiling. The guide rails are designed in such a way that the movable elements are located inside and are therefore not visible to passers-by. In addition to the hinge rollers, the movable members are also provided with side rollers for precise guidance.

An adjustable wall of this type is also known, for example, from the DORHA documentation. These glass sliding fronts serve as shop windows and entrances to shops or restaurants, including conservatories, where they protect from drafts and prevent rain from entering. The so-called. In the parking position, where individual sliding leaves can be moved without any problems, the individual sliding leaves are moved during the period during which the entrance facade is left free. At the same time, the individual sliding leaves are not guided in the floor, which creates a danger tripping and trapping dirt. Inside the profile rails located close to the floor, which are on the individual wall elements, there may be locks or similar securing elements, in which case the inserts for the securing elements or plugs are inserted into the provided on each securing elements. In the case of these locking means for securing the position, the individual slider is fastened

The hinges are located manually. the tongues, by means of which the flow is pushed, of the sliding wings, these sliding wings, which are arranged in a row, are thus securely fastened by means of metal.

must

Claims (2)

The blocking of individual door elements which are automatically locked by means of a locking pin is further known from U.S. Pat. 5145760. In the upper door frame, a recessed bio-pin pivot cooperates with an oioine mounted: a lever system which is spring loaded. In the case of this lever system, a control lever protrudes at the door frame, which, when the door approaches the closed position, simultaneously plugs the plug into the opening in the door leaf. When the locking bolt is inserted into the door leaf insert, the door leaf is locked. SUMMARY OF THE INVENTION The object of the present invention is to provide a completely self-locking so far very manually controlled blocking of the individual sliding elements. that at least two of each other and / or the wall elements They are . BLPK ' v ané in podl ahe pros: oratory forced blocking . it is a done é ΰak that in the bottom profi lovej liste je on the front page edited Barring equipment , ku 1 itore is pri? ojené zdví Hádl. At the contact of one face of the door leaf with the other face of the lift is actuated automatically by a locking bolt which pushes into a housing embedded in the floor. In this case, the locking bolt is loaded with a resilient element, so that if the lift is not in operation, the locking bolt is inserted inside the locking device and thus also inside the door or wall element respectively. A locking pin is vertically mounted in the opening inside the locking device. The locking bolt is here loaded by a spring, so that if the locking bolt is not in operation, it is pulled into the interior of the locking device by means of a hoist. In addition, a horizontally arranged lifting device with an associated control plate cooperates with the locking pin. This control plate is horizontally displaceable in the recess within the locking device. In the case of inactivity, the hoist protrudes from the locking device and thus also from the door or wall leaf. Inside the locking device, an opening is provided in the same axis in which the locking pin moves, through which the guide pin passes. At the same time, the guide pin passes through the control plate or the inclined longitudinal passages formed therein. as a result of the horizontal movement of the hoist, when the hoist is pushed into the door or wall leaf, the guide pin and the inclined longitudinally operating plate of the locking device and / or the wall leaf, respectively, are pulled out of the pivot hole. door, Thereby, the locking pin is inserted into the housing located in the floor. Thus, when the pin is inserted into this housing, the guide pin located in the vertical bore of the bore and also in the oblique longitudinal bore of the bore reaches its lowest position. Thus, at the contact edges of the wings which are in contact with one another, the lifting device is inserted into the corresponding opening of the adjacent sash in this way, the locking bolt being pulled out as a result of the forced movement and the lifting device pushed into the locking device. However, due to the uniform alignment, the hoist in fact remains somewhat out of the locking device by the depth of the opening of the adjacent leaf, the tin at the same time being achieved by the mutual locking of the two mutually contacting door resp. wall wings. A further solution to the object of the invention is that the locking bolt is permanently loaded by the force of the resilient element so that, in the absence of a hoist, the locking bolt is automatically pulled out of the housing in the floor. In addition to the use of the resilient element itself, the resilient element may be coupled to a lever system to which the spring is attached, thereby achieving a better transmission of force when the locking pin is pulled out of the housing when unlocked. However, within the scope of the invention, the resilient element can be completely omitted, provided that a push-pull lift is provided on one side of the displacement element, and a corresponding blocking device is provided on the opposite side. If it occurs on the door leaf, resp. a hoist wall having a fork-shaped recess in the direction from top to bottom, by which it is automatically carried by the pin located on the locking pin with it, i. imprinted from the bottom of the foot rail and slid into the housing located in the floor. Due to the inclined fork-like design of the carrier, the locking bolt is thus locked in the locking position. If the sliding wall element together with the carrier is to be moved back to the so-called. in the parking position, the driver again comes out of the foot profile of the next wall element. At the same time, due to the design, the locking bolt is automatically withdrawn from the locking position, i.e. of a housing formed in the floor. The locking pin is then directed in a position within the profile bar. The locking pin may be, for example, a lateral adjusting pin provided in the circumferential groove. The extension force can be adjusted by means of the adjuster. basket1 bl ·: Andro, f. capable of handling the solution according to the invention. The tools for mutual door or wall contacts, This overcomes the systems, which makes it easier to do so. You are to block them and the need for additional blocking of Units 1 BRIEF DESCRIPTION OF THE DRAWINGS -------------------------------------------------- -------------------------------------------------- -------------------------------------------------- -------------------------------------------------- -------------------------------------------------- -------------------------------------- ₍ J BRIEF DESCRIPTION OF THE DRAWINGS The invention is illustrated in more detail by means of drawings showing a number of possible embodiments. Here it means Fig. 1 prestaví teľ :; a wall, Fig. 8 make blocking devices shows!.: in .block position Fig. 0 control d: the silence with the lift, Fig. 4 - blocking from lever control system v unlocked position, Fig. 5 - blocking from The arrangement of FIG . 4 but v block position: • neither nor, Fig. 6 make with forcibly guided una ač blocked position. Fig. 7 Embodiment FIG. c but in the blocking position. Example 1 &. v y n e 1 z u Adjustable Hall It is in its own. The principle shown in FIG. A guide rail 1 is mounted on the ceiling 41 in which the hinge is located, which consists in that on the supporting profiles 6 of the individual door resp. the wall wings 2 are provided with means not shown in more detail here, enabling them to be moved 2. For the sake of convenience, the following description is given in the following description. However, in principle, these adjustable wall elements can be made of any suitable material, in particular glass. It is irrelevant whether it is framed or unframed adjustable We eno elements. Near the floor are wings 2 rel a.vené p a. t n o u r o f i 1 o v o u molding 5. First J rebuilds it puppy element which is wing 42 is through are fastening device 30 firmly fixed Dený in with the e 29. Follow-up to it wings 2 can be possibly each other cm but also in floor 3 zab- 1ed for Wed. The four block: devices. The individual wings 2 in this embodiment can then be displaced in the direction of movement 19 and, when the two wings 2 are in contact with each other, it is also possible to lock them both together and on the floor.