Guiding mechanism for sliding leaves or sliding doors
The invention relates to a guiding mechanism for sliding devices, especially leaves or doors. Said guiding mechanism comprises a profiled guide rail which is mounted on rolls or sliding elements and is optionally fitted with a superstructure. A stationary roll support and at least one movable roll support are provided. The movable roll support is moved into the operating position thereof substantially without producing a load moment.
1. A guiding mechanism for sliding-action arrangements comprising:
a running-rail profile having a longitudinal axis and being mounted for movement on a plurality of rollers or sliding elements;
a stationary roller carrier for mounting at least a part of the plurality of the rollers or sliding elements, whereby the at least a part of the plurality of rollers or sliding elements is carried by the stationary roller carrier; and
at least one movable roller carrier for mounting at least another part of the plurality of rollers and sliding elements, the at least one movable roller carrier having a longitudinal axis disposed in an identical plane as the longitudinal axis of the running rail-profile, and being movable and essentially free of load moments along a direction of the longitudinal axis of the running rail profile during movement into an operating end position by moving with the running-rail profile until reaching the operating end position and uncoupling from the running-rail profile in the operating end position thereby supporting the running rail-profile during further movement.
2. The guiding mechanism as claimed in claim 1 , wherein the at least one movable roller carrier is mounted in a displaceable manner in a housing of the stationary roller carrier that structured to be one of open, partially open or closed, and the at least one movable carrier is anchorable in its operating position.
3. The guiding mechanism as claimed in claim 1 , wherein the at least one movable roller carrier comprises a first movable roller carrier and a second movable roller carrier, and the second movable carrier is mounted to be displaceable in an opposite direction to the first movable roller carrier and is anchorable in its operating position.
4. The guiding mechanism as claimed in claim 1 , wherein the at least one movable roller carrier is accommodated at least one of wholly and partially in the running-rail profile and is movable by suitable control and drive elements into its operating position.
5. The guiding mechanism as claimed in claim 1 , wherein the movable roller carrier is recessible one of wholly and partially in a ground surface and is movable, by a suitable control, coupling and drive elements, into the operating position.
6. The guiding mechanism as claimed in claim 1 , wherein one or more rollers are adjustable at least one of vertically and horizontally on the stationary roller carrier.
7. The guiding mechanism of claim 1 being structured and arranged for sliding-action arrangements in one of leaves and doors.
8. The guiding mechanism of claim 1 , wherein at least one running surface of the running rail profile is extendible during a movement cycle.
9. The guiding mechanism of claim 8 , wherein the running surface is extended by one of a swing action and pivoting mechanism.
10. The guiding mechanism of claim 1 , wherein at least one other of the plurality of rollers and sliding elements is carried by the at least one movable roller carrier.
11. A guiding mechanism for sliding-action arrangements comprising:
a running-rail profile having a longitudinal axis and being mounted on rollers or sliding elements;
a stationary roller carrier coupled to at least one of the rollers or sliding elements; and
at least one movable roller carrier for mounting at least one other of the plurality of rollers and sliding elements, the at least one movable roller carrier having a longitudinal axis disposed in an identical plane as the longitudinal axis of the running rail profile, and being movable and free of load moments along a direction of the longitudinal axis of the running rail profile during movement into an operating end position by moving with the running-rail profile until reaching the operating end position and uncoupling from the running-rail profile in the operating end position while supporting the running rail-profile during further movement,
wherein the at least one movable roller carrier is mounted in a displaceable manner in a housing of the stationary roller carrier that structured to be one of open, partially open or closed, and the at least one movable carrier is anchorable in its operating position,
wherein the stationary carrier has an elongate housing which is in a form of an upright rectangle in cross section,
wherein a first carrying arm and a second carrying arm are guided in the housing such that they can be displaced in relation to one another and, at opposite ends in each case, bear a pair of rollers, and
wherein the first carrying arm comprises two spaced-apart, parallel and interconnected first plates, between which the second carrying arm is arranged.
12. The guiding mechanism as claimed in claim 11 , wherein the second carrying arm comprises two spaced-apart, parallel and interconnected second plates.
13. The guiding mechanism as claimed in claim 11 , wherein the carrying arms are guided on bearings fitted in the housing.
14. The guiding mechanism as claimed in claim 13 , wherein the bearings are roller bearings.
15. The guiding mechanism as claimed in claim 11 , wherein the carrier comprises an installation plate which can be fastened on a ground surface and bears the housing.
16. The guiding mechanism of claim 11 , wherein a pair of rollers is fitted in a stationary manner on the housing.
17. The guiding mechanism of claim 16 , wherein the pair of rollers is fitted on the housing such that it is adjustable in the longitudinal direction.
18. A guiding mechanism for sliding-action arrangements comprising:
a running-rail profile having a longitudinal axis and being mounted on rollers or sliding elements;
a stationary roller carrier coupled to at least one of the rollers or sliding elements; and
at least one movable roller carrier for mounting at least one other of the plurality of rollers and sliding elements, the at least one movable roller carrier having a longitudinal axis disposed in an identical plane as the longitudinal axis of the running rail profile, and being movable and free of load moments along a direction of the longitudinal axis of the running rail profile during movement into an operating end position by moving with the running-rail profile until reaching the operating end position and uncoupling from the running-rail profile in the operating end position while supporting the running rail-profile during further movement,
wherein the running rail profile contains dedicated running surfaces on which the at least one roller of the stationary roller carrier is arranged to run and additional running surfaces on which the at least one roller of the movable roller carriers is arranged to run.