DE10060865B4 - sliding partition - Google Patents

Abstract

Sliding wall, consisting of two or more individual walls with a chassis, which on one longitudinal the trajectory arranged support profile moving and over a Soft stackable, characterized in that the support profile is designed as a round profile with a simple profile shape and hanging tabs worn over the trajectory extends, on which at least one switch with an additional Deviation profile for a leadership role of the landing gear for the hanging one Stacking of single walls is arranged.

Description

The The invention relates to a sliding wall consisting of two or more Single walls with a chassis, which arranged at a along the trajectory Support profile moving and over a turnout are stackable and a method for moving the single walls of Sliding walls, which over Suspended landing gear guided on support profiles and along one predetermined movement path can be moved and stacked. The The invention further relates to the use of the functional elements for suspension transport of goods, especially in buildings.

In Congress centers, Catering establishments, banks, public Buildings, commercial buildings, shopping malls, Exhibition buildings, hospitals or private buildings, etc. are often sliding walls for a free floor plan design and usage. In the market for automatic sliding walls are currently used different systems. Most of the sliding walls are through hanging on a suitable profile on the ceiling by means of rollers, by hand or by electric drives, moves. The electrically controlled Have drives mostly over known standard control and position monitoring systems such as PPS or bus systems using sensors of all kinds and the latest technology.

The post-published DE 100 01 419 shows a door system with sliding sashes, which can be partly automatically and partly manually moved and stacked hanging. US-PS 4,787,119 shows the possibility of a side of the traveling stretch stackable single wall parts. In this case, the respectively not required single wall parts are stacked parallel and laterally offset over a relatively complicated switch system. The DE 197 39 820 shows a door leaf drive with a drive, via which by means of a roller and a drive motor of the door along a rail is movable. A stacking is not provided.

The DE 77 06 890 shows a guide device for wall elements of a partition, which has an arcuate branch, and with a plurality of sliding in guide rails wheel racks for suspending the wall elements.

The guide rail is designed as a box profile, which is very expensive for arched areas for their Production is. Box-shaped profiles can can not be bent and cause a complicated switch system.

Of the Invention has now been the task of a simple and robust mechanical solution for the, if possible automatic and hand moving and hanging stacking of single wall parts to find which in particular also cost-effective in terms of a modular system can be produced and assembled.

The Sliding wall according to the invention is characterized in that the support profile as a round profile with simple profile shape is formed and on suspension straps worn over the Movement path extends, on which at least one switch with an additional Deviation profile for a leadership role of the landing gear for the hanging stacking of single walls is arranged.

The inventive method is characterized in that the support profile as a round profile with simple profile shape in the sense of a kit made and to suspension brackets is mounted, wherein at least one switch with additional Deviation profile as well as a leadership role is provided on the chassis, such that the individual walls over a motor drive of the chassis or by hand in particular also via a Curve can be moved.

The new invention allows with few and simple components that to a maximum static strength can be designed, the manual and automatic Shift and stacking. It allows almost any number of variants for to assemble such sliding wall systems. In combination with a Soft and a suspension with pneuartigen roles to prevent from occurring slip, designed so that the displacement and stacking almost noiseless operate.

By favorable and simple designs that are feasible with the new solution will be Excellent features created, which include the movement of heavy sliding walls enable, like fire walls or isolated walls in sports facilities.

The new solution allows a number of advantageous embodiments. This will be on the claims 2 to 12 referenced.

With the new solution, all required functions along the main profiles can be realized, arranged or accommodated. So also a ladder system or a profile for the power supply, which is partly in the support profile with corresponding customers in the roller. As a further variant, a completely new, inductive, Non-contact power transmission can be used. This is almost maintenance-free and also brings no problems with regard to pollution, etc. Also needed sensors, etc. find in the area of the support profile space. This combination or combination of components also results in design tools that are very suitable in terms of design for the users, architects, metal fabricators, etc., which lead to a significant reduction in production costs because of the simplicity of the components themselves and the assembly of the components.

In the result is the new solution explained with reference to examples with further details. Show it:

the 1 an overall view of a sliding wall wing and the supporting profile seen from the side together with a sliding glass wall;

the 2a a view of a carriage with motor with section through the drive roller and the chassis;

the 2 B an overall view of a drive without motor;

the 2c View variants of the switch for carriage without motor and their necessary design for the stacking of several door leaves in the open state of a sliding wall;

the 2d various switch ways in the view from above for trolley with engine;

the 3 a drive with motor with a power transmission via the support profile;

the 4 a second non-contact power transmission by induction;

the 5a and 5b a cross section for an example with glued holder, in particular for glass or for a glass door;

the 5c a perspective view of an upper and a lower splice;

the 6a to 6e various sections and representations of a switch, where "X" is a resilient bolt which snaps and can be pushed aside by the drive motor;

the 7a a 3-D view, the drive moves at the switch over the air gap between the two run profiles;

the 7b looking at the switch from above;

the 7c the drive without motor when branching;

the 8a the switch viewed from the front, with the drive without motor crossing the critical point of the switch; There are always two points in the process;

the 8b the switch from above with deflector profile and a corresponding guide roller;

the 9 the drive for a horizontal sliding wall system with the most important features;

In the 1 you can see a single glass sliding wall wing 1 , a suspension profile 2 or support profile, a complete drive 3 with motor as well as a complete drive 4 without motor 5 ,

In the 1 is next to the drive 3 respectively. 4 each drawn a sectional view, with the drive 3 a position on a straight section of the stretcher and the drive 4 represents in a branch or a switch.

In the 2a you can see a section through a drive 3 with engine. The most important parts are: suspension profile 2 , the engine 12 , a planetary gear 13 , the roller 14 , the wall and motor holder 15 , the tread pattern holder 16 , the suspension screw 17 , Deviation profile 18 , as well as an engine cover 19 ,

In the 2 B you see a partially cut complete drive without motor. In detail are shown: roller 20 with integrated deviation roller or guide roller 21 and strong wall holder 22 , In the 2c you can see two different views for the drive without motor. The deviation profile 18 forces with the deviation role 21 the carriage on the second suspension profile 30 , Between the said suspension profile 30 and the deviation profile 18 4 you can see an air gap 6 , Through this air gap, the motor holder moves 15 the second carriage with motor, as well as the 2d you can see. The engine holder 7 in 2c is shaped so that it around the Weichenbügelprofil 18 can drive around and thus the direction forcibly changes in contrast to the other type of trolley in the 2d , The special nature of the profiles of the roller 20 and the special processing or a slot 9 and their exemption is possible for an unhindered deviation of the entire carriage without motor on the other profile possible Lich, without any folding mechanism, etc. This branching happens in systems of the prior art currently only by the simultaneous arrangement of two different running profiles next to each other or in exceptional cases with a complicated vulnerable folding mechanism.

This method described here for So a switch is of very significant importance to many Factors and a key point for the whole novelty of this system. Among other things, she is responsible for that these Kind of thick-walled round profiles, as used here, at all are again applicable and thus only give the opportunity for recording very large Weights 250 kg and far higher, depending on the used material of the running profiles. Of course it brings This procedure also much less wear, because no folding Parts are included. This makes it less prone to quality.

In the 2d is clearly seen that the engine holder 7 of the carriage with motor together only in a straight line through the slot 6 can move. However, the carriage with motor can also run a curve, in which case, however, the slot 6 is round shaped and the deviation profile 1 just. In the case of several individual walls, a second, third etc. Deviation profile 18 as well as the wall holder 22 arranged at a distance to the wall holder shown (right outside), so that the respective individual walls go on each their own track.

In the 3 If you have a motorized motorcar, you can see very important details that ensure a smooth functioning of the functional sequence. So in the roller 14 integrated pantograph profiles 32 , The resilient power lines integrated in the running profiles 33 , as a variant of the constant power supply to the engines 12 over the resilient interfaces 35 guarantee wirelessly. There is also room for necessary sensors 36 , etc. created in the tread. The for the right adhesion, resp. Traction caring caterpillar 6 , eg similar to a tire, is on the caster 14 secured and secured and ensures many hours of use. This caterpillar 36 replaces all the tedious and expensive applications used so far such as chains, toothed racks and toothed wheels or susceptible toothed belts, etc. In the canal 37 are cables 38 to recognize for the electronics.

In the 4 Finally, the non-contact power transmission: busbars 40 , Air gap and pantograph 41 to recognize.

Claims (14)

Sliding wall, consisting of two or more individual walls with a chassis, which are arranged on a along the trajectory moving profile and stackable over a switch, characterized in that the support profile is designed as a round profile with a simple profile shape and on suspension brackets worn over the movement path extends, on which at least one switch with an additional deviation profile for a guide roller of the chassis for the hanging stacking of individual walls is arranged. Sliding wall according to claim 1, characterized the round profile is designed as a thick-walled round profile with a semicircular running surface is. Sliding wall according to claim 1 or 2, characterized that the chassis of each single wall a drive roller, further a second roller, wherein the drive roller a vehicle tire like Running profile, corresponding to a shape-like support profile side. Sliding wall according to one of claims 1 to 3, characterized the drive roller has a semicircular running surface, e.g. with a suitable rubber wheel profile in pneuart or equivalent a traction and adhesion. Sliding wall according to one of claims 1 to 4, characterized that the drive roller and / or the roller with the guide roller is designed as a double role, each with a separate profile. Sliding wall according to one of claims 1 to 5, characterized in that the drive roller has a current collector for one along the suspension profiles arranged power supply line, wherein the power supply to the pantograph from the power supply line in particular without contact. Sliding wall according to claim 6, characterized that the pantograph and conductor are resilient and the Power supply line in the suspension profile is integrated. Sliding wall according to claim 6, characterized that an integrated rail with mounting option for the electronic sensors and / or other parts integrated in the profile, which over the entire trajectory is arranged. Sliding wall according to claim 6, characterized that the power supply integrated on the entire length of the supporting profile is. Sliding wall according to claim 1, characterized in that the support profile ausgebil in the same direction as the deviation profile in the region of the switch Dete recesses has for disability-free deflection of the drive roller and the second roller of the chassis on the avoidance path. Sliding wall according to one of claims 1 to 10, characterized that the support profile in the area of each of the switch recesses for the Has roles of the corresponding chassis, such that a mechanical forced operation for the respective evasive movement arises. Sliding wall according to one of claims 1 to 11, characterized that the single walls as glass sliding wall wing are formed. Use of the functional elements of the sliding wall according to one of the claims 1 to 11 for the suspended transport of goods, especially in buildings. Procedure for the moving of the single walls sliding walls, which over Suspended landing gear guided on support profiles and along a predetermined trajectory can be moved and stacked, thereby characterized in that the support profile as a round profile with easier Profile shape produced in the sense of a kit and hanging straps is mounted, wherein at least one switch with additional Deviation profile as well as a leadership role is provided on the chassis, such that the individual walls over a motor drive of the chassis or by hand in particular also via a Curve can be moved.