Escalator handrail

Abstract

The invention relates to an escalator handrail, which comprises a mopboard bracket fixedly connected with a truss; the mopboard bracket comprises a fixing plate and an outside backplate connected with the fixing plate; a mopboard clamping piece and a mopboard positioned inside the mopboard clamping piece are pressed between the fixing plate and the outside backplate; the outside backplate has an L shape and comprises a vertical plate and a transverse plate for bearing the mopboard; the vertical plate and the transverse plate are connected into a whole; the end part of the transverse plate is positioned inside a connecting part which is arranged on the fixing plate and matched with the transverse plate; the transverse plate is positioned below the mopboard; and the vertical plate is in positioning connection with the mopboard clamping piece through bolts, therefore, through the use of the technical proposal, the escalator handrail can greatly improve the bearing capacity on a handrail strap and the mopboard positioned inside the handrail strap and greatly improve the rigidity of the escalator handrail, thereby increasing the safety coefficient, preventing the shaking of the handrail strap and effectively reducing the hidden troubles of safety of an escalator.

Description

technical field [0001] The invention relates to a component for an escalator, in particular to an escalator handrail. Background technique [0002] In the prior art, the escalator handrail includes a baseboard bracket fixedly connected to the truss 5', and the baseboard bracket includes a fixed plate and an outer guard plate 2' connected to the fixed plate 1 by bolts, and the outer guard plate Between the board 2' and the fixed board 1, there is a baseboard clamping part 3' and a baseboard 4' placed between the baseboard clamping parts 3', and glass is generally used as the baseboard 4' in the prior art , and the outer guard plate 2' is a flat plate bent at the lower end, and it is only connected with the fixed plate 1 by bolts. From this, it is known that the longitudinal bearing capacity of the handrail of this escalator is low, that is, its rigidity is not enough. Therefore, as As the lifting height of the escalator increases, the number of wall panels 4' increases conti...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the escalator handrail includes a baseboard bracket fixedly connected to the truss 5', and the baseboard bracket includes a fixed plate and an outer guard plate 2' connected to the fixed plate 1 with bolts, and the outer guard plate Between the board 2' and the fixed board 1, there is a baseboard clamping part 3' and a baseboard 4' placed between the baseboard clamping parts 3', and glass is generally used as the baseboard 4' in the prior art , and the outer guard plate 2' is a flat plate bent at the lower end, which is only connected to the fixed plate 1 by bolts. From this, it is known that the longitudinal bearing capacity of the handrail of this escalator is low, that is, its rigidity is not enough. Therefore, as As the lifting height of the escalator increases, the number of wall panels 4' continues to increase, and the self-weight continues to increase, so that people can obviously feel shaking when placing their hands on the handrail, that is, its safety factor is low, and there is a large safety hazard

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