HRP20150336T1 - Sliding door system - Google Patents

Claims (16)

1. A sliding door system designed to be placed on at least one side of the opening of a structure containing at least one sliding door (2) that moves linearly in the direction of sliding (11) in two linear parallel guides (8a‚ 8b) by means of a C-profile‚ U- profile, V-profile, L-profile guide (10a, 10b), where the foot (16b, 18b) of the C-profile, U-profile, V-profile, L-profile guide (10b) of one of the two linear guides (8b) carries the weight of the sliding door (2)‚ the foot (16a-18a) of the guide profile (10a) of the second guide (8a) simultaneously carries the weight of the sliding door (2), indicated by the fact that the guide profile (10a‚10b) is located above the recirculating ball bearings‚ rollers or sliding bearings on the guide fittings (9a‚ 9b)‚ whose components together determine one of the two parallel guides (8a‚ 8b) where C-profile‚ U-profile‚ V-profile‚ L-profile guides are oriented to the same way and the sliding door system forms a compact unit that contains a frame (3) made of profiles that are mutually sp shades in such a way that they can be separated. 2. Sliding door system according to requirement No. 1, characterized by the fact that the two linear guides are identical and configured either as a system of rails and rollers, a system of sliding rails or a system of recirculating ball bearings. 3. Sliding door system in accordance with the requirements of point 1 or 2, characterized by the fact that the sliding door leaf is placed on a transverse support, and this transverse support can be moved via linear guides (8a, 8b). 4. Sliding door system in accordance with one of the requirements from items 1 to 3, characterized by the fact that basically the entire weight of the sliding door leaf (2) is carried by two legs of both C-profiles, U-profiles, V-profiles, L-profiles of two linear of parallel guides (8a, 8b) and thus the sliding door leaf (2) comes out by free oscillation or free entry into the opening of the structure during the sliding movement (11) and in the closed position it stands without supporting its weight or leaning on the structure or the door frame or the opposite leaf of the sliding door door (12) with which it is in contact in the closed position. 5. Sliding door system in accordance with one of the requirements from points 1 to 4, characterized by the fact that one of the two free side legs (17a, 18a, 17b, 18b) of each of the two C-profile/U-profile guides (10a, 10b ) carries the weight of the sliding door leaf (2). 6. Sliding door system in accordance with one of the requirements from points 1 to 5, characterized by the fact that the base legs (16a, 16b) of two C-profiles/U-profile guides (10a, 10b) bear the weight of the sliding door wings (2) . 7. Sliding door system in accordance with one of the requirements from points 1 to 6, characterized by the fact that the sliding door system is mounted integrated in/on the structure in such a way that the direction (11) of the movement of the sliding door wings (2) is approximately horizontal in relation to construction. 8. Sliding door system in accordance with one of the requirements from items 1 to 7, characterized by the fact that the motor (5) with the energy and control/regulation unit as well as the toothed belt (7) which is driven by this motor (5) via deflection or tension roller (6a‚ 6b) located on the profile poles (4). 9. Sliding door system according to one of the requirements from items 1 to 8, characterized in that the sliding door wing (2) is connected to two profiles (10a‚ 10b) of linear guides (8a‚ 8b) via a transverse support (12). 10. A sliding door system according to one of the requirements from items 3 to 9, characterized in that the transverse support (12) and the sliding door leaf (2) placed on the support are placed on a compact unit so that the door leaf itself is at least in the closed position outside compact units. 11. Sliding door system in accordance with the requirement from point 10, characterized by the fact that the door leaf is visible on two, three or all four sides outside the external dimensions of the compact unit. 12. A sliding door system according to one of the requirements from points 1 to 11, characterized by the fact that the sliding door leaf (2) can be moved manually and/or using the sliding door drive (5). 13. The sliding door system in accordance with the requirement from item 12, characterized by the fact that the transverse support (12) contains a drive pin (13) that transmits power to the toothed belt (7), whereby the toothed belt (7) can be driven via the sliding door drive ( 5) and‚ if necessary‚ through the inserted equipment. 14. Sliding door system in accordance with one of the requirements from items 1 to 13, characterized by the fact that both linear parallel guides (8a, 8b) as well as the transverse support (12) and also the sliding door drive (5) and the power supply unit and a regulation and control unit attached to a rectangular or square frame (3) made of profiles (4) and metal plate parts‚ whose components together define a compact unit (1). 15. Sliding door system in accordance with one of the requirements from points 1 to 14, characterized by the fact that the profiles (4) of the fittings (3) of the compact unit (1) are made of simple or double or multiple overlapped aluminum poles in the shape of the letter X or of sheet metal parts made of aluminum or steel. 16. A sliding door system according to one of the requirements from items 1 to 15, characterized in that the sliding door leaf (2) is made of at least two telescopic parts of the sliding door leaf.