The invention relates to an elevator technology and is designed to move the elevator car doors during the opening and closing cycles during operation of the elevator and may be applied to a horizontally-sliding doors. The technical result of solving this problem is the exclusion of both the cross and longitudinal swinging doors in the course of operation of the elevator. The technical result is ensured by the fact that the guide is made of sheet metal with a cross section in the form of a hook. The upper part of the guide has a sectional Λ-shaped, and the lower part is flat in the vertical direction. Its flat surface guide is rigidly fixed to the elevator car beam of known methods, and Λ-shaped part interacts with the bearing and supporting rollers attached to the door by means of a carriage, in which they are mounted for rotation and upon which the door is hung. Due to the fact that the supporting and backup rolls, compared with the prior art, are located at a small distance from each other (a distance equal to the thickness of the steel sheet from which is made a guide), it becomes possible to perform contact between the flanged support rollers and the inner surface of the guide substantially gapless that in turn, limits the possibility of cross-swinging doors to a minimum. To restrict longitudinal swinging door in this design, an additional roller mounted in the carriage between the supporting rollers and cooperating with the lower end of the guide.
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